Bubble BubbleWiki http://www.e-bulles.be/bubble/Main_Page_-_Accueil MediaWiki 1.30.0 first-letter Media Special Talk User User talk Bubble Bubble talk File File talk MediaWiki MediaWiki talk Template Template talk Help Help talk Category Category talk 0 1 1 2005-09-19T20:27:49Z MediaWiki default 0 wikitext text/x-wiki Wiki software successfully installed. Please see [http://meta.wikipedia.org/wiki/MediaWiki_i18n documentation on customizing the interface] and the [http://meta.wikipedia.org/wiki/MediaWiki_User%27s_Guide User's Guide] for usage and configuration help. 8 2 2 2005-09-19T20:27:49Z MediaWiki default 0 wikitext text/x-wiki $1 moved to $2 8 3 3 2005-09-19T20:27:49Z MediaWiki default 0 wikitext text/x-wiki $1 moved to $2 over redirect 8 4 4 2005-09-19T20:27:49Z MediaWiki default 0 css text/css /* edit this file to customize the monobook skin for the entire site */ 8 5 5 2005-09-19T20:27:49Z MediaWiki default 0 javascript text/javascript /* tooltips and access keys */ ta = new Object(); ta['pt-userpage'] = new Array('.','My user page'); ta['pt-anonuserpage'] = new Array('.','The user page for the ip you\'re editing as'); ta['pt-mytalk'] = new Array('n','My talk page'); ta['pt-anontalk'] = new Array('n','Discussion about edits from this ip address'); ta['pt-preferences'] = new Array('','My preferences'); ta['pt-watchlist'] = new Array('l','The list of pages you\'re monitoring for changes.'); ta['pt-mycontris'] = new Array('y','List of my contributions'); ta['pt-login'] = new Array('o','You are encouraged to log in, it is not mandatory however.'); ta['pt-anonlogin'] = new Array('o','You are encouraged to log in, it is not mandatory however.'); ta['pt-logout'] = new Array('o','Log out'); ta['ca-talk'] = new Array('t','Discussion about the content page'); ta['ca-edit'] = new Array('e','You can edit this page. Please use the preview button before saving.'); ta['ca-addsection'] = new Array('+','Add a comment to this discussion.'); ta['ca-viewsource'] = new Array('e','This page is protected. You can view its source.'); ta['ca-history'] = new Array('h','Past versions of this page.'); ta['ca-protect'] = new Array('=','Protect this page'); ta['ca-delete'] = new Array('d','Delete this page'); ta['ca-undelete'] = new Array('d','Restore the edits done to this page before it was deleted'); ta['ca-move'] = new Array('m','Move this page'); ta['ca-watch'] = new Array('w','Add this page to your watchlist'); ta['ca-unwatch'] = new Array('w','Remove this page from your watchlist'); ta['search'] = new Array('f','Search this wiki'); ta['p-logo'] = new Array('','Main Page'); ta['n-mainpage'] = new Array('z','Visit the Main Page'); ta['n-portal'] = new Array('','About the project, what you can do, where to find things'); ta['n-currentevents'] = new Array('','Find background information on current events'); ta['n-recentchanges'] = new Array('r','The list of recent changes in the wiki.'); ta['n-randompage'] = new Array('x','Load a random page'); ta['n-help'] = new Array('','The place to find out.'); ta['n-sitesupport'] = new Array('','Support us'); ta['t-whatlinkshere'] = new Array('j','List of all wiki pages that link here'); ta['t-recentchangeslinked'] = new Array('k','Recent changes in pages linked from this page'); ta['feed-rss'] = new Array('','RSS feed for this page'); ta['feed-atom'] = new Array('','Atom feed for this page'); ta['t-contributions'] = new Array('','View the list of contributions of this user'); ta['t-emailuser'] = new Array('','Send a mail to this user'); ta['t-upload'] = new Array('u','Upload images or media files'); ta['t-specialpages'] = new Array('q','List of all special pages'); ta['ca-nstab-main'] = new Array('c','View the content page'); ta['ca-nstab-user'] = new Array('c','View the user page'); ta['ca-nstab-media'] = new Array('c','View the media page'); ta['ca-nstab-special'] = new Array('','This is a special page, you can\'t edit the page itself.'); ta['ca-nstab-wp'] = new Array('a','View the project page'); ta['ca-nstab-image'] = new Array('c','View the image page'); ta['ca-nstab-mediawiki'] = new Array('c','View the system message'); ta['ca-nstab-template'] = new Array('c','View the template'); ta['ca-nstab-help'] = new Array('c','View the help page'); ta['ca-nstab-category'] = new Array('c','View the category page'); 8 6 6 2005-09-19T20:27:49Z MediaWiki default 0 wikitext text/x-wiki About 8 7 7 2005-09-19T20:27:49Z MediaWiki default 0 wikitext text/x-wiki Project:About 8 8 8 2005-09-19T20:27:49Z MediaWiki default 0 wikitext text/x-wiki About {{SITENAME}} 8 9 9 2005-09-19T20:27:49Z MediaWiki default 0 wikitext text/x-wiki v 8 10 10 2005-09-19T20:27:49Z MediaWiki default 0 wikitext text/x-wiki v 8 11 11 2005-09-19T20:27:49Z MediaWiki default 0 wikitext text/x-wiki i 8 12 12 2005-09-19T20:27:49Z MediaWiki default 0 wikitext text/x-wiki p 8 13 13 2005-09-19T20:27:49Z MediaWiki default 0 wikitext text/x-wiki s 8 14 14 2005-09-19T20:27:49Z MediaWiki default 0 wikitext text/x-wiki f 8 15 15 2005-09-19T20:27:49Z MediaWiki default 0 wikitext text/x-wiki The password for '$1' has been sent to $2. 8 16 16 2005-09-19T20:27:49Z MediaWiki default 0 wikitext text/x-wiki Password sent. 8 17 17 2005-09-19T20:27:49Z MediaWiki default 0 wikitext text/x-wiki Sorry, you have already created $1 accounts. You can't make any more. 8 18 18 2005-09-19T20:27:49Z MediaWiki default 0 wikitext text/x-wiki Action complete 8 19 19 2005-09-19T20:27:49Z MediaWiki default 0 wikitext text/x-wiki Added to watchlist 8 20 20 2005-09-19T20:27:49Z MediaWiki default 0 wikitext text/x-wiki The page "$1" has been added to your [[Special:Watchlist|watchlist]]. Future changes to this page and its associated Talk page will be listed there, and the page will appear '''bolded''' in the [[Special:Recentchanges|list of recent changes]] to make it easier to pick out. <p>If you want to remove the page from your watchlist later, click "Unwatch" in the sidebar. 8 21 21 2005-09-19T20:27:49Z MediaWiki default 0 wikitext text/x-wiki Add Group 8 22 22 2005-09-19T20:27:49Z MediaWiki default 0 wikitext text/x-wiki Added group $2 8 23 23 2005-09-19T20:27:49Z MediaWiki default 0 wikitext text/x-wiki + 8 24 24 2005-09-19T20:27:49Z MediaWiki default 0 wikitext text/x-wiki Project:Administrators 8 25 25 2005-09-19T20:27:49Z MediaWiki default 0 wikitext text/x-wiki All articles 8 26 26 2005-09-19T20:27:49Z MediaWiki default 0 wikitext text/x-wiki All pages ($1 namespace) 8 27 27 2005-09-19T20:27:49Z MediaWiki default 0 wikitext text/x-wiki Combined display of upload, deletion, protection, blocking, and sysop logs. You can narrow down the view by selecting a log type, the user name, or the affected page. 8 28 28 2005-09-19T20:27:49Z MediaWiki default 0 wikitext text/x-wiki System messages 8 29 29 2005-09-19T20:27:49Z MediaWiki default 0 wikitext text/x-wiki Current text 8 30 30 2005-09-19T20:27:49Z MediaWiki default 0 wikitext text/x-wiki Default text 8 31 31 2005-09-19T20:27:49Z MediaWiki default 0 wikitext text/x-wiki Name 8 32 32 2005-09-19T20:27:49Z MediaWiki default 0 wikitext text/x-wiki Special:AllMessages not supported because wgUseDatabaseMessages is off. 8 33 33 2005-09-19T20:27:49Z MediaWiki default 0 wikitext text/x-wiki Your current interface language <b>$1</b> is not supported by Special:AllMessages at this site. 8 34 34 2005-09-19T20:27:49Z MediaWiki default 0 wikitext text/x-wiki This is a list of system messages available in the MediaWiki: namespace. 8 35 35 2005-09-19T20:27:49Z MediaWiki default 0 wikitext text/x-wiki All non-articles 8 36 36 2005-09-19T20:27:49Z MediaWiki default 0 wikitext text/x-wiki All pages (not in $1 namespace) 8 37 37 2005-09-19T20:27:49Z MediaWiki default 0 wikitext text/x-wiki All pages 8 38 38 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Display pages starting at: 8 39 39 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Next 8 40 40 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Previous 8 41 41 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Go 8 42 42 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki $1 to $2 8 43 43 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki This user is already a bureaucrat 8 44 44 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki This user is already a steward 8 45 45 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki This user is already an administrator 8 46 46 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki <strong>User $1, you are already logged in!</strong><br /> 8 47 47 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Cannot rollback last edit of [[$1]] by [[User:$2|$2]] ([[User talk:$2|Talk]]); someone else has edited or rolled back the page already. Last edit was by [[User:$3|$3]] ([[User talk:$3|Talk]]). 8 48 48 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Oldest pages 8 49 49 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki and 8 50 50 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Talk for this IP 8 51 51 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki ----''This is the discussion page for an anonymous user who has not created an account yet or who does not use it. We therefore have to use the numerical [[IP address]] to identify him/her. Such an IP address can be shared by several users. If you are an anonymous user and feel that irrelevant comments have been directed at you, please [[Special:Userlogin|create an account or log in]] to avoid future confusion with other anonymous users.'' 8 52 52 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Anonymous user(s) of {{SITENAME}} 8 53 53 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Apr 8 54 54 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki April 8 55 55 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Content page 8 56 56 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki A page of that name already exists, or the name you have chosen is not valid. Please choose another name. 8 57 57 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki View content page 8 58 58 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Aug 8 59 59 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki August 8 60 60 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Autoblocked because your IP address has been recently used by "[[User:$1|$1]]". The reason given for $1's block is: "'''$2'''" 8 61 61 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Permission error 8 62 62 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki The action you have requested is limited to users with the "$2" permission assigned. See $1. 8 63 63 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki This action cannot be performed on this page. 8 64 64 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki File name has been changed to "$1". 8 65 65 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki ".$1" is not a recommended image file format. 8 66 66 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Invalid IP address 8 67 67 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Badly formed search query 8 68 68 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki We could not process your query. This is probably because you have attempted to search for a word fewer than three letters long, which is not yet supported. It could also be that you have mistyped the expression, for example "fish and and scales". Please try another query. 8 69 69 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki The passwords you entered do not match. 8 70 70 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Bad title 8 71 71 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki The requested page title was invalid, empty, or an incorrectly linked inter-language or inter-wiki title. 8 72 72 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki (Main) 8 73 73 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Your user name or IP address has been blocked by $1. The reason given is this:<br />''$2''<p>You may contact $1 or one of the other [[Project:Administrators|administrators]] to discuss the block. Note that you may not use the "email this user" feature unless you have a valid email address registered in your [[Special:Preferences|user preferences]]. Your IP address is $3. Please include this address in any queries you make. 8 74 74 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki User is blocked 8 75 75 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Block user 8 76 76 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Block succeeded 8 77 77 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki [[{{ns:Special}}:Contributions/$1|$1]] has been blocked. <br />See[[{{ns:Special}}:Ipblocklist|IP block list]] to review blocks. 8 78 78 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Use the form below to block write access from a specific IP address or username. This should be done only only to prevent vandalism, and in accordance with [[Project:Policy|policy]]. Fill in a specific reason below (for example, citing particular pages that were vandalized). 8 79 79 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki block 8 80 80 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki $1, $2 blocked $3 ($4) 8 81 81 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki blocked "[[$1]]" with an expiry time of $2 8 82 82 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Block_log 8 83 83 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki This is a log of user blocking and unblocking actions. Automatically blocked IP addresses are not listed. See the [[Special:Ipblocklist|IP block list]] for the list of currently operational bans and blocks. 8 84 84 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Bold text 8 85 85 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Bold text 8 86 86 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Book sources 8 87 87 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Below is a list of links to other sites that sell new and used books, and may also have further information about books you are looking for. 8 88 88 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Broken Redirects 8 89 89 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki The following redirects link to a non-existing pages. 8 90 90 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Bug reports 8 91 91 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Project:Bug_reports 8 92 92 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Bureaucrat_log 8 93 93 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Changed group membership for $1 from $2 to $3 8 94 94 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki by date 8 95 95 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki by name 8 96 96 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki by size 8 97 97 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki The following is a cached copy of the requested page, and may not be up to date. 8 98 98 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Cancel 8 99 99 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Could not delete the page or file specified. (It may have already been deleted by someone else.) 8 100 100 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Cannot revert edit; last contributor is only author of this page. 8 101 101 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Categories 8 102 102 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki The following categories exist in the wiki. 8 103 103 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki category 8 104 104 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Articles in category "$1" 8 105 105 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki There are $1 articles in this category. 8 106 106 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki There is $1 article in this category. 8 107 107 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki changed 8 108 108 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Changed group $2 8 109 109 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Change password 8 110 110 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki changes 8 111 111 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki '''Note:''' After saving, you may have to bypass your browser's cache to see the changes. '''Mozilla / Firefox / Safari:''' hold down ''Shift'' while clicking ''Reload'', or press ''Ctrl-Shift-R'' (''Cmd-Shift-R'' on Apple Mac); '''IE:''' hold ''Ctrl'' while clicking ''Refresh'', or press ''Ctrl-F5''; '''Konqueror:''': simply click the ''Reload'' button, or press ''F5''; '''Opera''' users may need to completely clear their cache in ''Tools&rarr;Preferences''. 8 112 112 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Columns 8 113 113 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Compare selected versions 8 114 114 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Confirm 8 115 115 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Confirm delete 8 116 116 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki You are about to permanently delete a page or image along with all of its history from the database. Please confirm that you intend to do this, that you understand the consequences, and that you are doing this in accordance with [[Project:Policy]]. 8 117 117 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Confirm E-mail address 8 118 118 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Someone, probably you from IP address $1, has registered an account "$2" with this e-mail address on {{SITENAME}}. To confirm that this account really does belong to you and activate e-mail features on {{SITENAME}}, open this link in your browser: $3 If this is *not* you, don't follow the link. This confirmation code will expire at $4. 8 119 119 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Something went wrong saving your confirmation. 8 120 120 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Invalid confirmation code. The code may have expired. 8 121 121 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Your e-mail address has now been confirmed. 8 122 122 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Mail a confirmation code 8 123 123 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Could not send confirmation mail. Check address for invalid characters. 8 124 124 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Confirmation e-mail sent. 8 125 125 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki {{SITENAME}} e-mail address confirmation 8 126 126 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Your e-mail address has been confirmed. You may now log in and enjoy the wiki. 8 127 127 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki This wiki requires that you validate your e-mail address before using e-mail features. Activate the button below to send a confirmation mail to your address. The mail will include a link containing a code; load the link in your browser to confirm that your e-mail address is valid. 8 128 128 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Confirm protection 8 129 129 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Do you really want to protect this page? 8 130 130 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Confirm unprotection 8 131 131 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Do you really want to unprotect this page? 8 132 132 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Context per line 8 133 133 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Lines per hit 8 134 134 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki $1 minor edits 8 135 135 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki contribs 8 136 136 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki For $1 8 137 137 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki User contributions 8 138 138 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Content is available under $1. 8 139 139 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Project:Copyrights 8 140 140 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki {{SITENAME}} copyright 8 141 141 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Please note that all contributions to {{SITENAME}} are considered to be released under the $2 (see $1 for details). If you don't want your writing to be edited mercilessly and redistributed at will, then don't submit it here.<br /> You are also promising us that you wrote this yourself, or copied it from a public domain or similar free resource. <strong>DO NOT SUBMIT COPYRIGHTED WORK WITHOUT PERMISSION!</strong> 8 142 142 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Please note that all contributions to {{SITENAME}} may be edited, altered, or removed by other contributors. If you don't want your writing to be edited mercilessly, then don't submit it here.<br /> You are also promising us that you wrote this yourself, or copied it from a public domain or similar free resource (see $1 for details). <strong>DO NOT SUBMIT COPYRIGHTED WORK WITHOUT PERMISSION!</strong> 8 143 143 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Couldn't remove item '$1'... 8 144 144 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Create new account 8 145 145 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki by email 8 146 146 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Create article 8 147 147 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki created 8 148 148 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Page credits 8 149 149 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki cur 8 150 150 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Current events 8 151 151 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Current events 8 152 152 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Current revision 8 153 153 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki view current revision 8 154 154 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Data 8 155 155 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Database error 8 156 156 2005-09-19T20:27:50Z MediaWiki default 0 wikitext text/x-wiki Date format 8 157 157 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki A database query syntax error has occurred. This may indicate a bug in the software. The last attempted database query was: <blockquote><tt>$1</tt></blockquote> from within function "<tt>$2</tt>". MySQL returned error "<tt>$3: $4</tt>". 8 158 158 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki A database query syntax error has occurred. The last attempted database query was: "$1" from within function "$2". MySQL returned error "$3: $4". 8 159 159 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Dead-end pages 8 160 160 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Debug 8 161 161 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Dec 8 162 162 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki December 8 163 163 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki default 8 164 164 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Search in these namespaces by default: 8 165 165 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki {{SITENAME}} e-mail 8 166 166 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Delete 8 167 167 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Delete and move 8 168 168 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Deleted to make way for move 8 169 169 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki ==Deletion required== The destination article "[[$1]]" already exists. Do you want to delete it to make way for the move? 8 170 170 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Reason for deletion 8 171 171 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki deleted "[[$1]]" 8 172 172 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki [deleted] 8 173 173 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Deleted old revision $1. 8 174 174 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki "$1" has been deleted. See $2 for a record of recent deletions. 8 175 175 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki del 8 176 176 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Delete all revisions of this file 8 177 177 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Delete page 8 178 178 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki (Deleting "$1") 8 179 179 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Delete this page 8 180 180 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki deletion log 8 181 181 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Deletion_log 8 182 182 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Below is a list of the most recent deletions. 8 183 183 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Destination filename 8 184 184 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki The action you have requested can only be performed by users with "developer" capability. See $1. 8 185 185 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Developer access required 8 186 186 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki diff 8 187 187 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki (Difference between revisions) 8 188 188 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Disambiguation pages 8 189 189 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Template:disambig 8 190 190 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki The following pages link to a <i>disambiguation page</i>. They should link to the appropriate topic instead.<br />A page is treated as disambiguation if it is linked from $1.<br />Links from other namespaces are <i>not</i> listed here. 8 191 191 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Project:General_disclaimer 8 192 192 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Disclaimers 8 193 193 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Double redirects 8 194 194 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Each row contains links to the first and second redirect, as well as the first line of the second redirect text, usually giving the "real" target page, which the first redirect should point to. 8 195 195 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki A confirmation email has been sent to the nominated email address. Before any other mail is sent to the account, you will have to follow the instructions in the email, to confirm that the account is actually yours. 8 196 196 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Edit 8 197 197 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Edit this file using an external application 8 198 198 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki See the [http://meta.wikimedia.org/wiki/Help:External_editors setup instructions] for more information. 8 199 199 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki The edit comment was: "<i>$1</i>". 8 200 200 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Edit conflict: $1 8 201 201 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Edit the current version of this page 8 202 202 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Edit Group 8 203 203 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Editing help 8 204 204 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Help:Editing 8 205 205 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Editing $1 8 206 206 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Editing $1 (comment) 8 207 207 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki <strong>WARNING: You are editing an out-of-date revision of this page. If you save it, any changes made since this revision will be lost.</strong> 8 208 208 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Editing $1 (section) 8 209 209 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki edit 8 210 210 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Edit this page 8 211 211 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Edit User Groups 8 212 212 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Email 8 213 213 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Your email address was authenticated on $1. 8 214 214 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Confirm your e-mail address 8 215 215 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Disable e-mail from other users 8 216 216 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Fields marked with superscripts are optional. Storing an email address enables people to contact you through the website without you having to reveal your email address to them, and it can be used to send you a new password if you forget it.<br /><br />Your real name, if you choose to provide it, will be used for giving you attribution for your work. 8 217 217 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki From 8 218 218 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Message 8 219 219 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Your email address is <strong>not yet authenticated</strong>. No email will be sent for any of the following features. 8 220 220 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki E-mail user 8 221 221 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki If this user has entered a valid e-mail address in his or her user preferences, the form below will send a single message. The e-mail address you entered in your user preferences will appear as the "From" address of the mail, so the recipient will be able to reply. 8 222 222 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Send 8 223 223 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki E-mail sent 8 224 224 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Your e-mail message has been sent. 8 225 225 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Subject 8 226 226 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki To 8 227 227 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki E-mail this user 8 228 228 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki The file you uploaded seems to be empty. This might be due to a typo in the file name. Please check whether you really want to upload this file. 8 229 229 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Dear $WATCHINGUSERNAME, the {{SITENAME}} page $PAGETITLE has been $CHANGEDORCREATED on $PAGEEDITDATE by $PAGEEDITOR, see $PAGETITLE_URL for the current version. $NEWPAGE Editor's summary: $PAGESUMMARY $PAGEMINOREDIT Contact the editor: mail: $PAGEEDITOR_EMAIL wiki: $PAGEEDITOR_WIKI There will be no other notifications in case of further changes unless you visit this page. You could also reset the notification flags for all your watched pages on your watchlist. Your friendly {{SITENAME}} notification system -- To change your watchlist settings, visit {{SERVER}}{{localurl:Special:Watchlist/edit}} Feedback and further assistance: {{SERVER}}{{localurl:Help:Contents}} 8 230 230 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki See $1 for all changes since your last visit. 8 231 231 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki {{SITENAME}} Notification Mailer 8 232 232 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki This is a new page. 8 233 233 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Mark all pages visited 8 234 234 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki {{SITENAME}} page $PAGETITLE has been $CHANGEDORCREATED by $PAGEEDITOR 8 235 235 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Enter a reason for the lock, including an estimate of when the lock will be released 8 236 236 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Error 8 237 237 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Error 8 238 238 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki content before blanking was: '$1' 8 239 239 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki page was empty 8 240 240 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki content was: '$1' 8 241 241 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki content was: '$1' (and the only contributor was '$2') 8 242 242 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Aperture 8 243 243 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Author 8 244 244 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Bits per component 8 245 245 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Brightness 8 246 246 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki CFA pattern 8 247 247 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Color space 8 248 248 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki sRGB 8 249 249 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki FFFF.H 8 250 250 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Meaning of each component 8 251 251 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki does not exist 8 252 252 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Y 8 253 253 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Cb 8 254 254 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Cr 8 255 255 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki R 8 256 256 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki G 8 257 257 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki B 8 258 258 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Image compression mode 8 259 259 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Compression scheme 8 260 260 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Uncompressed 8 261 261 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki JPEG 8 262 262 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Contrast 8 263 263 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Normal 8 264 264 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Soft 8 265 265 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Hard 8 266 266 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Copyright holder 8 267 267 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Custom image processing 8 268 268 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Normal process 8 269 269 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Custom process 8 270 270 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki File change date and time 8 271 271 2005-09-19T20:27:51Z MediaWiki default 0 wikitext text/x-wiki Date and time of 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2005-09-19T20:27:52Z MediaWiki default 0 wikitext text/x-wiki True direction 8 326 326 2005-09-19T20:27:52Z MediaWiki default 0 wikitext text/x-wiki Measurement precision 8 327 327 2005-09-19T20:27:52Z MediaWiki default 0 wikitext text/x-wiki Direction of image 8 328 328 2005-09-19T20:27:52Z MediaWiki default 0 wikitext text/x-wiki Reference for direction of image 8 329 329 2005-09-19T20:27:52Z MediaWiki default 0 wikitext text/x-wiki Latitude 8 330 330 2005-09-19T20:27:52Z MediaWiki default 0 wikitext text/x-wiki North latitude 8 331 331 2005-09-19T20:27:52Z MediaWiki default 0 wikitext text/x-wiki South latitude 8 332 332 2005-09-19T20:27:52Z MediaWiki default 0 wikitext text/x-wiki North or South Latitude 8 333 333 2005-09-19T20:27:52Z MediaWiki default 0 wikitext text/x-wiki Longitude 8 334 334 2005-09-19T20:27:52Z MediaWiki default 0 wikitext text/x-wiki East longitude 8 335 335 2005-09-19T20:27:52Z MediaWiki default 0 wikitext text/x-wiki West longitude 8 336 336 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(N 4600 – 5400K) 8 369 369 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki Cool white fluorescent (W 3900 – 4500K) 8 370 370 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki White fluorescent (WW 3200 – 3700K) 8 371 371 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki Standard light A 8 372 372 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki Standard light B 8 373 373 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki Standard light C 8 374 374 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki Fluorescent 8 375 375 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki D55 8 376 376 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki D65 8 377 377 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki D75 8 378 378 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki D50 8 379 379 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki ISO studio tungsten 8 380 380 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki Other light source 8 381 381 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki Tungsten (incandescent light) 8 382 382 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki Flash 8 383 383 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki Fine weather 8 384 384 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki Camera manufacturer 8 385 385 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki $1 8 386 386 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki Manufacturer notes 8 387 387 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki Maximum land aperture 8 388 388 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki Metering mode 8 389 389 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki Unknown 8 390 390 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki Average 8 391 391 2005-09-19T20:27:53Z MediaWiki default 0 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MediaWiki default 0 wikitext text/x-wiki Rotated 180° 8 404 404 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki Flipped vertically 8 405 405 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki Rotated 90° CCW and flipped vertically 8 406 406 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki Rotated 90° CW 8 407 407 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki Rotated 90° CW and flipped vertically 8 408 408 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki Rotated 90° CCW 8 409 409 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki Pixel composition 8 410 410 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki RGB 8 411 411 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki YCbCr 8 412 412 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki Valind image height 8 413 413 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki Valid image width 8 414 414 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki Data arrangement 8 415 415 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki chunky format 8 416 416 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki planar format 8 417 417 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki Chromaticities of primarities 8 418 418 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki Pair of black and white reference values 8 419 419 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki Related audio file 8 420 420 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki Unit of X and Y resolution 8 421 421 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki Number of rows per strip 8 422 422 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki Number of components 8 423 423 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki Saturation 8 424 424 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki Normal 8 425 425 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki Low saturation 8 426 426 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki High saturation 8 427 427 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki Scene capture type 8 428 428 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki Standard 8 429 429 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki Landscape 8 430 430 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki Portrait 8 431 431 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki Night scene 8 432 432 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki Scene type 8 433 433 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki A directly photographed image 8 434 434 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki Sensing method 8 435 435 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki Undefined 8 436 436 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki One-chip color area sensor 8 437 437 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki Two-chip color area sensor 8 438 438 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki Three-chip color area sensor 8 439 439 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki Color sequential area sensor 8 440 440 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki Trilinear sensor 8 441 441 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki Color sequential linear sensor 8 442 442 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki Sharpness 8 443 443 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki Normal 8 444 444 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki Soft 8 445 445 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki Hard 8 446 446 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki Shutter speed 8 447 447 2005-09-19T20:27:53Z MediaWiki default 0 wikitext text/x-wiki Software used 8 448 448 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki $1 8 449 449 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki Spatial frequency response 8 450 450 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki Spectral sensitivity 8 451 451 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki Bytes per compressed strip 8 452 452 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki Image data location 8 453 453 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki Subject area 8 454 454 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki Subject distance 8 455 455 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki $1 metres 8 456 456 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki Subject distance range 8 457 457 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki Unknown 8 458 458 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki Macro 8 459 459 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki Close view 8 460 460 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki Distant view 8 461 461 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki Subject location 8 462 462 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki DateTime subseconds 8 463 463 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki DateTimeDigitized subseconds 8 464 464 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki DateTimeOriginal subseconds 8 465 465 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki Transfer function 8 466 466 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki User comments 8 467 467 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki White Balance 8 468 468 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki Auto white balance 8 469 469 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki Manual white balance 8 470 470 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki White point chromaticity 8 471 471 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki Horizontal resolution 8 472 472 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki $1 dpc 8 473 473 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki $1 dpi 8 474 474 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki Color space transformation matrix coefficients 8 475 475 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki Y and C positioning 8 476 476 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki Subsampling ratio of Y to C 8 477 477 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki Vertical resolution 8 478 478 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki expires $1 8 479 479 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki Someone else has changed this page since you started editing it. The upper text area contains the page text as it currently exists. Your changes are shown in the lower text area. You will have to merge your changes into the existing text. <b>Only</b> the text in the upper text area will be saved when you press "Save page".<br /> 8 480 480 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki Export pages 8 481 481 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki Include only the current revision, not the full history 8 482 482 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki You can export the text and editing history of a particular page or set of pages wrapped in some XML. In the future, this may then be imported into another wiki running MediaWiki software, although there is no support for this feature in the current version. To export article pages, enter the titles in the text box below, one title per line, and select whether you want the current version as well as all old versions, with the page history lines, or just the current version with the info about the last edit. In the latter case you can also use a link, e.g. [[{{ns:Special}}:Export/Train]] for the article [[Train]]. 8 483 483 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki There was either an external authentication database error or you are not allowed to update your external account. 8 484 484 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki http://www.example.com link title 8 485 485 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki External link (remember http:// prefix) 8 486 486 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki FAQ 8 487 487 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki Project:FAQ 8 488 488 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki Feb 8 489 489 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki February 8 490 490 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki Feed: 8 491 491 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki Could not copy file "$1" to "$2". 8 492 492 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki Could not delete file "$1". 8 493 493 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki Summary 8 494 494 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki A file with this name exists already, please check $1 if you are not sure if you want to change it. 8 495 495 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki $1KB, MIME type: <code>$2</code> 8 496 496 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki File missing 8 497 497 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki Filename 8 498 498 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki Could not find file "$1". 8 499 499 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki Could not rename file "$1" to "$2". 8 500 500 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki Files 8 501 501 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki Source 8 502 502 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki Copyright status 8 503 503 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki File $1 uploaded successfully. Please follow this link: $2 to the description page and fill in information about the file, such as where it came from, when it was created and by whom, and anything else you may know about it. If this is an image, you can insert it like this: <tt><nowiki>[[Image:$1|thumb|Description]]</nowiki></tt> 8 504 504 2005-09-19T20:27:54Z MediaWiki default 0 wikitext text/x-wiki Error: could not submit form 8 505 505 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Friday 8 506 506 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki GEO coordinates 8 507 507 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki fetching file list 8 508 508 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Go 8 509 509 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki <form method="get" action="http://www.google.com/search" id="googlesearch"> <input type="hidden" name="domains" value="{{SERVER}}" /> <input type="hidden" name="num" value="50" /> <input type="hidden" name="ie" value="$2" /> <input type="hidden" name="oe" value="$2" /> <input type="text" name="q" size="31" maxlength="255" value="$1" /> <input type="submit" name="btnG" value="$3" /> <div> <input type="radio" name="sitesearch" id="gwiki" value="{{SERVER}}" checked="checked" /><label for="gwiki">{{SITENAME}}</label> <input type="radio" name="sitesearch" id="gWWW" value="" /><label for="gWWW">WWW</label> </div> </form> 8 510 510 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Trusted users able to block users and delete articles 8 511 511 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Administrator 8 512 512 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Anonymous users 8 513 513 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Anonymous 8 514 514 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki The bureaucrat group is able to make sysops 8 515 515 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Bureaucrat 8 516 516 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki General logged in users 8 517 517 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki User 8 518 518 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Full access 8 519 519 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Steward 8 520 520 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki User groups 8 521 521 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Add group 8 522 522 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki A group of that name already exists 8 523 523 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Edit group 8 524 524 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Group description (max 255 characters):<br /> 8 525 525 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Group name: 8 526 526 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki If the name or description starts with a colon, the remainder will be treated as a message name, and hence the text will be localised using the MediaWiki namespace 8 527 527 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Existing groups 8 528 528 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Existing groups: 8 529 529 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Manage group rights 8 530 530 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Please specify a valid group name 8 531 531 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki ID || Name || Description || Rights 8 532 532 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Fill in from browser 8 533 533 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Headline text 8 534 534 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Level 2 headline 8 535 535 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Help 8 536 536 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Help:Contents 8 537 537 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Hide 8 538 538 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki hide 8 539 539 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki hist 8 540 540 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Earliest 8 541 541 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Latest 8 542 542 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Diff selection: mark the radio boxes of the versions to compare and hit enter or the button at the bottom.<br /> Legend: (cur) = difference with current version, (last) = difference with preceding version, M = minor edit. 8 543 543 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Page history 8 544 544 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki - 8 545 545 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki History 8 546 546 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Warning: The page you are about to delete has a history: 8 547 547 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Horizontal line (use sparingly) 8 548 548 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Ignore warning and save file anyway. 8 549 549 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki The filename "$1" contains characters that are not allowed in page titles. Please rename the file and try uploading it again. 8 550 550 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Search 8 551 551 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Example.jpg 8 552 552 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Embedded image 8 553 553 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Links 8 554 554 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki File list 8 555 555 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki all 8 556 556 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Below is a list of $1 files sorted $2. 8 557 557 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Limit images on image description pages to: 8 558 558 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki View image page 8 559 559 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Revert to earlier version was successful. 8 560 560 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki del 8 561 561 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki desc 8 562 562 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Legend: (cur) = this is the current file, (del) = delete this old version, (rev) = revert to this old version. <br /><i>Click on date to see the file uploaded on that date</i>. 8 563 563 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki File history 8 564 564 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Legend: (desc) = show/edit file description. 8 565 565 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Destination title is of a special type; cannot move pages into that namespace. 8 566 566 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Import pages 8 567 567 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Import failed: $1 8 568 568 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Conflicting history revision exists (may have imported this page before) 8 569 569 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Transwiki import 8 570 570 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki No transwiki import sources have been defined and direct history uploads are disabled. 8 571 571 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Empty or no text 8 572 572 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Import succeeded! 8 573 573 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Please export the file from the source wiki using the Special:Export utility, save it to your disk and upload it here. 8 574 574 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki infinite 8 575 575 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Information 8 576 576 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Click a button to get an example text 8 577 577 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Please enter the text you want to be formatted.\n It will be shown in the infobox for copy and pasting.\nExample:\n$1\nwill become:\n$2 8 578 578 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Information for page 8 579 579 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Internal error 8 580 580 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Interlanguage links 8 581 581 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki The email address cannot be accepted as it appears to have an invalid format. Please enter a well-formatted address or empty that field. 8 582 582 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Invert selection 8 583 583 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Invalid IP range. 8 584 584 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki IP Address 8 585 585 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki IP Address or username 8 586 586 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Expiry time invalid. 8 587 587 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Expiry 8 588 588 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki List of blocked IP addresses and usernames 8 589 589 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki The blocklist is empty. 8 590 590 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki 2 hours:2 hours,1 day:1 day,3 days:3 days,1 week:1 week,2 weeks:2 weeks,1 month:1 month,3 months:3 months,6 months:6 months,1 year:1 year,infinite:infinite 8 591 591 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Other time 8 592 592 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki other 8 593 593 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Reason 8 594 594 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Block this user 8 595 595 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Unblock this address 8 596 596 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki "[[$1]]" unblocked 8 597 597 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki ISBN 8 598 598 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki redirect page 8 599 599 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Italic text 8 600 600 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Italic text 8 601 601 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Problem with item '$1', invalid name... 8 602 602 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki Jan 8 603 603 2005-09-19T20:27:55Z MediaWiki default 0 wikitext text/x-wiki January 8 604 604 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki Jul 8 605 605 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki July 8 606 606 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki Jun 8 607 607 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki June 8 608 608 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki Warning: Page may not contain recent updates. 8 609 609 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki It is recommended that images not exceed $1 bytes in size, this file is $2 bytes 8 610 610 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki last 8 611 611 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki This page was last modified $1. 8 612 612 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki This page was last modified $1 by $2. 8 613 613 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki Line $1: 8 614 614 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki Link title 8 615 615 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki Internal link 8 616 616 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki (List of links) 8 617 617 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki /^(.*?)([a-zA-Z\x80-\xff]+)$/sD 8 618 618 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki The following pages link to here: 8 619 619 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki The following pages link to this file: 8 620 620 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki /^([a-z]+)(.*)$/sD 8 621 621 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki list 8 622 622 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki cont. 8 623 623 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki User list 8 624 624 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki Loading page history 8 625 625 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki loading revision for diff 8 626 626 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki Local time 8 627 627 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki Lock database 8 628 628 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki Yes, I really want to lock the database. 8 629 629 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki Lock database 8 630 630 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki Database lock succeeded 8 631 631 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki The database has been locked. <br />Remember to remove the lock after your maintenance is complete. 8 632 632 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki Locking the database will suspend the ability of all users to edit pages, change their preferences, edit their watchlists, and other things requiring changes in the database. Please confirm that this is what you intend to do, and that you will unlock the database when your maintenance is done. 8 633 633 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki You did not check the confirmation box. 8 634 634 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki Logs 8 635 635 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki Log in 8 636 636 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki &nbsp; 8 637 637 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki Login error 8 638 638 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki User login 8 639 639 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki <b>There has been a problem with your login.</b><br />Try again! 8 640 640 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki You must have cookies enabled to log in to {{SITENAME}}. 8 641 641 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki You must [[special:Userlogin|login]] to view other pages. 8 642 642 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki Login Required 8 643 643 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki You are now logged in to {{SITENAME}} as "$1". 8 644 644 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki Login successful 8 645 645 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki Log out 8 646 646 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki You are now logged out.<br /> You can continue to use {{SITENAME}} anonymously, or you can log in again as the same or as a different user. Note that some pages may continue to be displayed as if you were still logged in, until you clear your browser cache. 8 647 647 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki User logout 8 648 648 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki Orphaned pages 8 649 649 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki Long pages 8 650 650 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki <strong>WARNING: This page is $1 kilobytes long; some browsers may have problems editing pages approaching or longer than 32kb. Please consider breaking the page into smaller sections.</strong> 8 651 651 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki Error sending mail: $1 8 652 652 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki Mail me a new password 8 653 653 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki No send address 8 654 654 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki You must be [[Special:Userlogin|logged in]] and have a valid e-mail address in your [[Special:Preferences|preferences]] to send e-mail to other users. 8 655 655 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki Main Page 8 656 656 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki Please see [http://meta.wikipedia.org/wiki/MediaWiki_i18n documentation on customizing the interface] and the [http://meta.wikipedia.org/wiki/MediaWiki_User%27s_Guide User's Guide] for usage and configuration help. 8 657 657 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki Wiki software successfully installed. 8 658 658 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki Maintenance page 8 659 659 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki Back to Maintenance Page 8 660 660 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki This page includes several handy tools for everyday maintenance. Some of these functions tend to stress the database, so please do not hit reload after every item you fixed ;-) 8 661 661 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki Make a user into a sysop 8 662 662 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki <b>User "$1" could not be made into a sysop. (Did you enter the name correctly?)</b> 8 663 663 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki Name of the user: 8 664 664 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki <b>User "$1" is now a sysop</b> 8 665 665 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki Make this user into a sysop 8 666 666 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki This form is used by bureaucrats to turn ordinary users into administrators. Type the name of the user in the box and press the button to make the user an administrator 8 667 667 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki Make a user into a sysop 8 668 668 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki Mar 8 669 669 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki March 8 670 670 2005-09-19T20:27:56Z MediaWiki default 0 wikitext text/x-wiki Mark as patrolled 8 671 671 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki [$1] 8 672 672 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki Mark this article as patrolled 8 673 673 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki Marked as patrolled 8 674 674 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki The selected revision has been marked as patrolled. 8 675 675 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki The query "$1" matched $2 page titles and the text of $3 pages. 8 676 676 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki Math 8 677 677 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki Can't write to or create math output directory 8 678 678 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki Can't write to or create math temp directory 8 679 679 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki Failed to parse 8 680 680 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki PNG conversion failed; check for correct installation of latex, dvips, gs, and convert 8 681 681 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki lexing error 8 682 682 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki Missing texvc executable; please see math/README to configure. 8 683 683 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki Insert formula here 8 684 684 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki syntax error 8 685 685 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki Mathematical formula (LaTeX) 8 686 686 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki unknown error 8 687 687 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki unknown function 8 688 688 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki May 8 689 689 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki May 8 690 690 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki Example.ogg 8 691 691 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki Media file link 8 692 692 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki '''Warning''': This file may contain malicious code, by executing it your system may be compromised. <hr> 8 693 693 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki Metadata 8 694 694 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki Wikipedia:Metadata 8 695 695 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki File names must be at least three letters. 8 696 696 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki This is a minor edit 8 697 697 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki m 8 698 698 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki Pages with misspellings 8 699 699 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki List of common misspellings 8 700 700 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki The following pages contain a common misspelling, which are listed on $1. The correct spelling might be given (like this). 8 701 701 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki The database did not find the text of a page that it should have found, named "$1". This is usually caused by following an outdated diff or history link to a page that has been deleted. If this is not the case, you may have found a bug in the software. Please report this to an administrator, making note of the URL. 8 702 702 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki <b>Missing image</b><br /><i>$1</i> 8 703 703 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki Missing Language Links 8 704 704 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki Find missing language links for 8 705 705 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki These pages do <i>not</i> link to their counterpart in $1. Redirects and subpages are <i>not</i> shown. 8 706 706 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki Monday 8 707 707 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki More... 8 708 708 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki Most linked to pages 8 709 709 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki Move 8 710 710 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki Move page 8 711 711 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki moved to 8 712 712 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki Move log 8 713 713 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki Below is a list of page moved. 8 714 714 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki Not logged in 8 715 715 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki You must be a registered user and [[Special:Userlogin|logged in]] to move a page. 8 716 716 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki Move page 8 717 717 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki Move page 8 718 718 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki The associated talk page, if any, will be automatically moved along with it '''unless:''' *You are moving the page across namespaces, *A non-empty talk page already exists under the new name, or *You uncheck the box below. In those cases, you will have to move or merge the page manually if desired. 8 719 719 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki Using the form below will rename a page, moving all of its history to the new name. The old title will become a redirect page to the new title. Links to the old page title will not be changed; be sure to check for double or broken redirects. You are responsible for making sure that links continue to point where they are supposed to go. Note that the page will '''not''' be moved if there is already a page at the new title, unless it is empty or a redirect and has no past edit history. This means that you can rename a page back to where it was just renamed from if you make a mistake, and you cannot overwrite an existing page. <b>WARNING!</b> This can be a drastic and unexpected change for a popular page; please be sure you understand the consequences of this before proceeding. 8 720 720 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki Reason 8 721 721 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki Move "talk" page as well, if applicable. 8 722 722 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki Move this page 8 723 723 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki HTML if possible or else PNG 8 724 724 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki MathML if possible (experimental) 8 725 725 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki Recommended for modern browsers 8 726 726 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki Always render PNG 8 727 727 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki HTML if very simple or else PNG 8 728 728 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki Leave it as TeX (for text browsers) 8 729 729 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki My contributions 8 730 730 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki My page 8 731 731 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki My talk 8 732 732 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki Namespace: 8 733 733 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki all 8 734 734 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki Navigation 8 735 735 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki $1 bytes 8 736 736 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki $1 changes 8 737 737 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki (New) 8 738 738 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki You've followed a link to a page that doesn't exist yet. To create the page, start typing in the box below (see the [[Project:Help|help page]] for more info). If you are here by mistake, just click your browser's '''back''' button. 8 739 739 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki newbies 8 740 740 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki Gallery of new files 8 741 741 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki You have $1. 8 742 742 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki new messages 8 743 743 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki New page 8 744 744 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki N 8 745 745 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki New pages 8 746 746 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki New password 8 747 747 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki To new title 8 748 748 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki (new users only) 8 749 749 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki (opens in new window) 8 750 750 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki next 8 751 751 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki Next diff → 8 752 752 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki next $1 8 753 753 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki Next page ($1) 8 754 754 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki Newer revision→ 8 755 755 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki $1 links 8 756 756 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki (There is currently no text in this page) 8 757 757 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki Sorry! The wiki is experiencing some technical difficulties, and cannot contact the database server. <br /> $1 8 758 758 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki No changes were found matching these criteria. 8 759 759 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki {{SITENAME}} uses cookies to log in users. You have cookies disabled. Please enable them and try again. 8 760 760 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki The user account was created, but you are not logged in. {{SITENAME}} uses cookies to log in users. You have cookies disabled. Please enable them, then log in with your new username and password. 8 761 761 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki Creative Commons RDF metadata disabled for this server. 8 762 762 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki There is no credits info available for this page. 8 763 763 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki Could not select database $1 8 764 764 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki Dublin Core RDF metadata disabled for this server. 8 765 765 2005-09-19T20:27:57Z MediaWiki default 0 wikitext text/x-wiki There is no e-mail address recorded for user "$1". 8 766 766 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki <strong>No email address has been specified</strong>, the following features will not work. 8 767 767 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki This user has not specified a valid e-mail address, or has chosen not to receive e-mail from other users. 8 768 768 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki No e-mail address 8 769 769 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki No page with [[$1|this exact title]] exists, trying full text search. 8 770 770 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki There is no edit history for this page. 8 771 771 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki No file by this name exists, you can [$1 upload it] 8 772 772 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki Nothing to see. 8 773 773 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki No pages link to here. 8 774 774 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki There are no pages that link to this file. 8 775 775 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki You have not specified a valid user name. 8 776 776 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki '''Note''': unsuccessful searches are often caused by searching for common words like "have" and "from", which are not indexed, or by specifying more than one search term (only pages containing all of the search terms will appear in the result). 8 777 777 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki <strong>WARNING: Your browser is not unicode compliant. A workaround is in place to allow you to safely edit articles: non-ASCII characters will appear in the edit box as hexadecimal codes.</strong> 8 778 778 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki You have requested an invalid special page, a list of valid special pages may be found at [[{{ns:special}}:Specialpages]]. 8 779 779 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki No such action 8 780 780 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki The action specified by the URL is not recognized by the wiki 8 781 781 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki No such special page 8 782 782 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki There is no user by the name "$1". Check your spelling, or use the form below to create a new user account. 8 783 783 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki There is no user by the name "$1". Check your spelling. 8 784 784 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki The wiki server can't provide data in a format your client can read. 8 785 785 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki Not a content page 8 786 786 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki You have not specified a target page or user to perform this function on. 8 787 787 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki No target 8 788 788 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki <strong>Note:</strong> 8 789 789 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki No page text matches 8 790 790 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki No page title matches 8 791 791 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki Not logged in 8 792 792 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki Nov 8 793 793 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki November 8 794 794 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki You have no items on your watchlist. 8 795 795 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki Insert non-formatted text here 8 796 796 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki Ignore wiki formatting 8 797 797 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki Category 8 798 798 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki Help 8 799 799 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki File 8 800 800 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki Article 8 801 801 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki Media page 8 802 802 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki Message 8 803 803 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki Special 8 804 804 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki Template 8 805 805 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki User page 8 806 806 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki Project page 8 807 807 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki Number of distinct authors (article): $1 8 808 808 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki [$1] 8 809 809 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki [$1 watching user/s] 8 810 810 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki Number of edits (article): $1 8 811 811 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki Number of distinct authors (discussion page): $1 8 812 812 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki Number of edits (discussion page): $1 8 813 813 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki Number of watchers: $1 8 814 814 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki $1 views 8 815 815 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki Oct 8 816 816 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki October 8 817 817 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki OK 8 818 818 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki Old password 8 819 819 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki orig 8 820 820 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki Orphaned pages 8 821 821 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki Based on work by $1. 8 822 822 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki In other languages 8 823 823 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki others 8 824 824 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki Move succeeded 8 825 825 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki Page "[[$1]]" moved to "[[$2]]". 8 826 826 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki $1 - {{SITENAME}} 8 827 827 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki Someone (probably you, from IP address $1) requested that we send you a new {{SITENAME}} login password. The password for user "$2" is now "$3". You should log in and change your password now. 8 828 828 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki Password reminder from {{SITENAME}} 8 829 829 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki A new password has been sent to the e-mail address registered for "$1". Please log in again after you receive it. 8 830 830 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki Your password is too short. It must have at least $1 characters. 8 831 831 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki The following data is cached and may not be completely up to date: 8 832 832 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki Sorry! This feature has been temporarily disabled because it slows the database down to the point that no one can use the wiki. 8 833 833 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki Here's a saved copy from $1: 8 834 834 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki Personal tools 8 835 835 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki Popular pages 8 836 836 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki Community portal 8 837 837 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki Project:Community Portal 8 838 838 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki Post a comment 8 839 839 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki {{SITENAME}} is powered by [http://www.mediawiki.org/ MediaWiki], an open source wiki engine. 8 840 840 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki Search 8 841 841 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki Search in namespaces :<br /> $1<br /> $2 List redirects &nbsp; Search for $3 $9 8 842 842 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki Preferences 8 843 843 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki * Email (optional): Enables others to contact you through your user or user_talk page without the need of revealing your identity. 8 844 844 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki This address is also used to send you email notifications if you enabled the options. 8 845 845 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki * Real name (optional): if you choose to provide it this will be used for giving you attribution for your work. 8 846 846 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki Misc 8 847 847 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki User data 8 848 848 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki Recent changes & stubs 8 849 849 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki You are logged in as "$1". Your internal ID number is $2. See [[Project:User preferences help]] for help deciphering the options. 8 850 850 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki Not logged in 8 851 851 2005-09-19T20:27:58Z MediaWiki default 0 wikitext text/x-wiki You must be [[Special:Userlogin|logged in]] to set user preferences. 8 852 852 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Preferences have been reset from storage. 8 853 853 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Preview 8 854 854 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki This preview reflects the text in the upper text editing area as it will appear if you choose to save. 8 855 855 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Remember that this is only a preview, and has not yet been saved! 8 856 856 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki ← Previous diff 8 857 857 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki ←Older revision 8 858 858 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki previous $1 8 859 859 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Print 8 860 860 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Printable version 8 861 861 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki (From {{SERVER}}) 8 862 862 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Protect 8 863 863 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Reason for protecting 8 864 864 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki protected "[[$1]]" 8 865 865 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Protected page 8 866 866 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki <strong>WARNING: This page has been locked so that only users with sysop privileges can edit it. Be sure you are following the [[Project:Protected_page_guidelines|protected page guidelines]].</strong> 8 867 867 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki This page has been locked to prevent editing; there are a number of reasons why this may be so, please see [[Project:Protected page]]. You can view and copy the source of this page: 8 868 868 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Protection_log 8 869 869 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Below is a list of page locks/unlocks. See [[Project:Protected page]] for more information. 8 870 870 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Protect from moves only 8 871 871 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Protect page 8 872 872 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki (Protecting "$1") 8 873 873 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Protect this page 8 874 874 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Proxy blocker 8 875 875 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Your IP address has been blocked because it is an open proxy. Please contact your Internet service provider or tech support and inform them of this serious security problem. 8 876 876 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Done. 8 877 877 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki http://www.ncbi.nlm.nih.gov/entrez/query.fcgi?cmd=Retrieve&db=pubmed&dopt=Abstract&list_uids=$1 8 878 878 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Browse 8 879 879 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Edit 8 880 880 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Find 8 881 881 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki My pages 8 882 882 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Context 8 883 883 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki This page 8 884 884 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Quickbar 8 885 885 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Special pages 8 886 886 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Random page 8 887 887 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Special:Random 8 888 888 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki The sysop ability to create range blocks is disabled. 8 889 889 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki in $4 form; $1 minor edits; $2 secondary namespaces; $3 multiple edits. 8 890 890 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Show last $1 changes in last $2 days<br />$3 8 891 891 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Show new changes starting from $1 8 892 892 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki ; $1 edits from logged in users 8 893 893 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Loading recent changes 8 894 894 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki (to pages linked from "$1") 8 895 895 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Below are the last <strong>$1</strong> changes in last <strong>$2</strong> days. 8 896 896 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Below are the changes since <b>$2</b> (up to <b>$1</b> shown). 8 897 897 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Recent Changes Patrol disabled 8 898 898 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki The Recent Changes Patrol feature is currently disabled. 8 899 899 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Database locked 8 900 900 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki The database has been automatically locked while the slave database servers catch up to the master 8 901 901 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki The database is currently locked to new entries and other modifications, probably for routine database maintenance, after which it will be back to normal. The administrator who locked it offered this explanation: $1 8 902 902 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki <strong>WARNING: The database has been locked for maintenance, so you will not be able to save your edits right now. You may wish to cut-n-paste the text into a text file and save it for later.</strong> 8 903 903 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Recent changes 8 904 904 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Special:Recentchanges 8 905 905 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki all 8 906 906 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Titles in recent changes 8 907 907 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Related changes 8 908 908 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Track the most recent changes to the wiki on this page. 8 909 909 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki (Redirected from $1) 8 910 910 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Remember me 8 911 911 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Remove checked items from watchlist 8 912 912 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Removed from watchlist 8 913 913 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki The page "$1" has been removed from your watchlist. 8 914 914 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Removing requested items from watchlist... 8 915 915 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Renamed group $2 to $3 8 916 916 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Reset 8 917 917 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki $1 deleted edits 8 918 918 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki one deleted edit 8 919 919 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Restricted special pages 8 920 920 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Hits per page 8 921 921 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Retrieved from "$1" 8 922 922 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Return to $1. 8 923 923 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Retype new password 8 924 924 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Re-upload 8 925 925 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Return to the upload form. 8 926 926 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Reverted to earlier revision 8 927 927 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki rev 8 928 928 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki revert 8 929 929 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Reverted edit of $2, changed back to last version by $1 8 930 930 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Revision history 8 931 931 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Revision as of $1 8 932 932 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Revision as of $1; $2<br />$3 | $4 8 933 933 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Revision not found 8 934 934 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki The old revision of the page you asked for could not be found. Please check the URL you used to access this page. 8 935 935 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki http://www.ietf.org/rfc/rfc$1.txt 8 936 936 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Rights: 8 937 937 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki This is a log of changes to user rights. 8 938 938 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Roll back edits 8 939 939 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Rollback 8 940 940 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Rollback failed 8 941 941 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki rollback 8 942 942 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Rows 8 943 943 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Saturday 8 944 944 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Save page 8 945 945 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Your preferences have been saved. 8 946 946 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Save file 8 947 947 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Save Group 8 948 948 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Save 8 949 949 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Save User Groups 8 950 950 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki [Interwiki transcluding is disabled] 8 951 951 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki [Template fetch failed for $1; sorry] 8 952 952 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki [URL is too long; sorry] 8 953 953 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Search 8 954 954 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki {{SITENAME}} search is disabled. You can search via Google in the meantime. Note that their indexes of {{SITENAME}} content may be out of date. 8 955 955 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Search full text 8 956 956 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki For query "$1" 8 957 957 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Search results 8 958 958 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki Search 8 959 959 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki For more information about searching {{SITENAME}}, see [[Project:Searching|Searching {{SITENAME}}]]. 8 960 960 2005-09-19T20:27:59Z MediaWiki default 0 wikitext text/x-wiki → 8 961 961 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki Select a newer version for comparison 8 962 962 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki Select an older version for comparison 8 963 963 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki Pages with Self Links 8 964 964 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki The following pages contain a link to themselves, which they should not. 8 965 965 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki Source and destination titles are the same; can't move a page over itself. 8 966 966 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki Sep 8 967 967 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki September 8 968 968 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki Server time 8 969 969 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki There seems to be a problem with your login session; this action has been canceled as a precaution against session hijacking. Please hit "back" and reload the page you came from, then try again. 8 970 970 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki <b>User rights for "$1" could not be set. (Did you enter the name correctly?)</b> 8 971 971 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki Set user rights 8 972 972 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki Set bureaucrat flag 8 973 973 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki Set steward flag 8 974 974 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki - 8 975 975 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki This file is a shared upload and may be used by other projects. 8 976 976 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki Please see the [$1 file description page] for further information. 8 977 977 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki Short pages 8 978 978 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki show 8 979 979 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki Download high resolution version ($1x$2, $3 KB) 8 980 980 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki Show changes 8 981 981 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki $1 minor edits | $2 bots | $3 logged in users | $4 patrolled edits 8 982 982 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki Showing below up to <b>$1</b> results starting with #<b>$2</b>. 8 983 983 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki Showing below <b>$3</b> results starting with #<b>$2</b>. 8 984 984 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki Show last $1 files sorted $2. 8 985 985 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki Show preview 8 986 986 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki show 8 987 987 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki * navigation ** mainpage|mainpage ** portal-url|portal ** currentevents-url|currentevents ** recentchanges-url|recentchanges ** randompage-url|randompage ** helppage|help ** sitesupport-url|sitesupport 8 988 988 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki Your signature with timestamp 8 989 989 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki - 8 990 990 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki {{SITENAME}} statistics 8 991 991 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki There are '''$1''' total pages in the database. This includes "talk" pages, pages about {{SITENAME}}, minimal "stub" pages, redirects, and others that probably don't qualify as content pages. Excluding those, there are '''$2''' pages that are probably legitimate content pages. There have been a total of '''$3''' page views, and '''$4''' page edits since the wiki was setup. That comes to '''$5''' average edits per page, and '''$6''' views per edit. 8 992 992 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki The Free Encyclopedia 8 993 993 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki Donations 8 994 994 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki Project:Site support 8 995 995 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki {{SITENAME}} 8 996 996 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki {{SITENAME}} user $1 8 997 997 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki {{SITENAME}} user(s) $1 8 998 998 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki Skin 8 999 999 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki (Preview) 8 1000 1000 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki SORBS DNSBL 8 1001 1001 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki Your IP address is listed as an open proxy in the [http://www.sorbs.net SORBS] DNSBL. You cannot create an account 8 1002 1002 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki Your IP address is listed as an open proxy in the [http://www.sorbs.net SORBS] DNSBL. 8 1003 1003 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki Source filename 8 1004 1004 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki The following text is what triggered our spam filter: $1 8 1005 1005 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki The page you wanted to save was blocked by the spam filter. This is probably caused by a link to an external site. 8 1006 1006 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki Spam protection filter 8 1007 1007 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki Title: 8 1008 1008 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki User: 8 1009 1009 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki Special Page 8 1010 1010 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki Special pages 8 1011 1011 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki Special pages for all users 8 1012 1012 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki (SQL query hidden) 8 1013 1013 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki Statistics 8 1014 1014 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki Stored version 8 1015 1015 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki Threshold for stub display 8 1016 1016 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki Subcategories 8 1017 1017 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki There are $1 subcategories to this category. 8 1018 1018 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki There is $1 subcategory to this category. 8 1019 1019 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki Subject/headline 8 1020 1020 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki View subject 8 1021 1021 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki Successful upload 8 1022 1022 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki Summary 8 1023 1023 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki Sunday 8 1024 1024 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki The action you have requested can only be performed by users with "sysop" capability. See $1. 8 1025 1025 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki Sysop access required 8 1026 1026 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki table 8 1027 1027 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki From {{SITENAME}} 8 1028 1028 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki Discussion 8 1029 1029 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki '''The page itself was moved successfully, but the talk page could not be moved because one already exists at the new title. Please merge them manually.''' 8 1030 1030 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki Discuss this page 8 1031 1031 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki The corresponding talk page was also moved. 8 1032 1032 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki The corresponding talk page was <strong>not</strong> moved. 8 1033 1033 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki <!-- MediaWiki:talkpagetext --> 8 1034 1034 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki Templates used on this page: 8 1035 1035 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki Editing 8 1036 1036 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki Page text matches 8 1037 1037 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki View or restore $1? 8 1038 1038 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki Enlarge 8 1039 1039 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki Thumbnail size: 8 1040 1040 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki Thursday 8 1041 1041 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki Time zone 8 1042 1042 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki Offset¹ 8 1043 1043 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki The number of hours your local time differs from server time (UTC). 8 1044 1044 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki Article title matches 8 1045 1045 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki Contents 8 1046 1046 2005-09-19T20:28:00Z MediaWiki default 0 wikitext text/x-wiki Edit pages on double click (JavaScript) 8 1047 1047 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Enable section editing via [edit] links 8 1048 1048 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Enable section editing by right clicking<br /> on section titles (JavaScript) 8 1049 1049 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Edit box has full width 8 1050 1050 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Send me an email also for minor edits of pages 8 1051 1051 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Reveal my email address in notification mails 8 1052 1052 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Send me an email when my user talk page is changed 8 1053 1053 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Send me an email on page changes 8 1054 1054 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Use external diff by default 8 1055 1055 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Use external editor by default 8 1056 1056 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Raw signatures (without automatic link) 8 1057 1057 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Hide minor edits in recent changes 8 1058 1058 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Format broken links <a href="" class="new">like this</a> (alternative: like this<a href="" class="internal">?</a>). 8 1059 1059 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Justify paragraphs 8 1060 1060 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Mark all edits minor by default 8 1061 1061 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Disable page caching 8 1062 1062 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Auto-number headings 8 1063 1063 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Show preview on first edit 8 1064 1064 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Show preview before edit box 8 1065 1065 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Remember across sessions 8 1066 1066 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Show the number of watching users 8 1067 1067 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Show table of contents (for pages with more than 3 headings) 8 1068 1068 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Show edit toolbar (JavaScript) 8 1069 1069 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Underline links 8 1070 1070 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Enhanced recent changes (JavaScript) 8 1071 1071 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Add pages you edit to your watchlist 8 1072 1072 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Toolbox 8 1073 1073 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki See the differences between the two selected versions of this page. [alt-v] 8 1074 1074 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Show which changes you made to the text. [alt-d] 8 1075 1075 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Mark this as a minor edit [alt-i] 8 1076 1076 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Preview your changes, please use this before saving! [alt-p] 8 1077 1077 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Save your changes [alt-s] 8 1078 1078 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Search {{SITENAME}} [alt-f] 8 1079 1079 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Add this page to your watchlist [alt-w] 8 1080 1080 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki ; $4$5 : [$2 $1] 8 1081 1081 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki <div id='mw_trackbacks'> Trackbacks for this article:<br /> $1 </div> 8 1082 1082 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki The trackback was successfully deleted. 8 1083 1083 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki ; $4$5 : [$2 $1]: <nowiki>$3</nowiki> 8 1084 1084 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Trackback 8 1085 1085 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki ([$1 Delete]) 8 1086 1086 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Try exact match 8 1087 1087 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Tuesday 8 1088 1088 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki View the last $1 changes; view the last $2 days. 8 1089 1089 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Below are this user's last <b>$1</b> changes in the last <b>$2</b> days. 8 1090 1090 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki (top) 8 1091 1091 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Unblock user 8 1092 1092 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Use the form below to restore write access to a previously blocked IP address or username. 8 1093 1093 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki unblock 8 1094 1094 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki unblocked $1 8 1095 1095 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Uncategorized categories 8 1096 1096 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Uncategorized pages 8 1097 1097 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Restore deleted page 8 1098 1098 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Undelete $1 edits 8 1099 1099 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Undelete one edit 8 1100 1100 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Restore deleted page 8 1101 1101 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Restore! 8 1102 1102 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki restored "[[$1]]" 8 1103 1103 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki $1 revisions restored 8 1104 1104 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki [[$1]] has been successfully restored. See [[Special:Log/delete]] for a record of recent deletions and restorations. 8 1105 1105 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki If you restore the page, all revisions will be restored to the history. If a new page with the same name has been created since the deletion, the restored revisions will appear in the prior history, and the current revision of the live page will not be automatically replaced. 8 1106 1106 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki View and restore deleted pages 8 1107 1107 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki The following pages have been deleted but are still in the archive and can be restored. The archive may be periodically cleaned out. 8 1108 1108 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Deleted revision as of $1 8 1109 1109 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki $1 revisions archived 8 1110 1110 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Always 8 1111 1111 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Browser default 8 1112 1112 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Never 8 1113 1113 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Unexpected value: "$1"="$2". 8 1114 1114 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki px 8 1115 1115 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Unlock database 8 1116 1116 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Yes, I really want to unlock the database. 8 1117 1117 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Unlock database 8 1118 1118 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Database lock removed 8 1119 1119 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki The database has been unlocked. 8 1120 1120 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Unlocking the database will restore the ability of all users to edit pages, change their preferences, edit their watchlists, and other things requiring changes in the database. Please confirm that this is what you intend to do. 8 1121 1121 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki unprotect 8 1122 1122 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Reason for unprotecting 8 1123 1123 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki unprotected "[[$1]]" 8 1124 1124 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki (Unprotecting "$1") 8 1125 1125 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Unprotect this page 8 1126 1126 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Unused categories 8 1127 1127 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki The following category pages exist although no other article or category make use of them. 8 1128 1128 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Unused files 8 1129 1129 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki <p>Please note that other web sites may link to an image with a direct URL, and so may still be listed here despite being in active use.</p> 8 1130 1130 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Unwatch 8 1131 1131 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Stop watching 8 1132 1132 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki (Updated) 8 1133 1133 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Upload file 8 1134 1134 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki The upload directory ($1) is not writable by the webserver. 8 1135 1135 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki Upload file 8 1136 1136 2005-09-19T20:28:01Z MediaWiki default 0 wikitext text/x-wiki The file is corrupt or has an incorrect extension. Please check the file and upload again. 8 1137 1137 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki Sorry, uploading is disabled. 8 1138 1138 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki Uploaded files 8 1139 1139 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki uploaded "[[$1]]" 8 1140 1140 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki Upload error 8 1141 1141 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki Upload images 8 1142 1142 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki upload log 8 1143 1143 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki Upload_log 8 1144 1144 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki Below is a list of the most recent file uploads. 8 1145 1145 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki [$1 Upload a new version of this file] 8 1146 1146 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki Not logged in 8 1147 1147 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki You must be [[Special:Userlogin|logged in]] to upload files. 8 1148 1148 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki This file contains HTML or script code that my be erroneously be interpreted by a web browser. 8 1149 1149 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki Use the form below to upload new files, to view or search previously uploaded images go to the [[Special:Imagelist|list of uploaded files]], uploads and deletions are also logged in the [[Special:Log|project log]]. You must also check the box affirming that you are not violating any copyrights by uploading the file. Press the "Upload" button to finish the upload. To include the image in a page, use a link in the form '''<nowiki>[[{{ns:6}}:file.jpg]]</nowiki>''', '''<nowiki>[[{{ns:6}}:file.png|alt text]]</nowiki>''' or '''<nowiki>[[{{ns:-2}}:file.ogg]]</nowiki>''' for directly linking to the file. 8 1150 1150 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki The file contains a virus! Details: $1 8 1151 1151 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki Upload warning 8 1152 1152 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki 1 Set first character to "0" to disable the new category page layout. 8 1153 1153 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki <b>User rights for "$1" updated</b> 8 1154 1154 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki <strong>Tip:</strong> Use the 'Show preview' button to test your new CSS/JS before saving. 8 1155 1155 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki '''Remember that you are only previewing your user CSS, it has not yet been saved!''' 8 1156 1156 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki The user name you entered is already in use. Please choose a different name. 8 1157 1157 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki '''Remember that you are only testing/previewing your user JavaScript, it has not yet been saved!''' 8 1158 1158 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki Create an account or log in 8 1159 1159 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki Log out 8 1160 1160 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki Mail object returned error: 8 1161 1161 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki View user page 8 1162 1162 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki User rights management 8 1163 1163 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki Edit user groups 8 1164 1164 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki Available groups: 8 1165 1165 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki Select groups you want the user to be removed from or added to. Unselected groups will not be changed. You can deselect a group with CTRL + Left Click 8 1166 1166 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki Member of: 8 1167 1167 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki Changed group membership from $1 to $2 8 1168 1168 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki Manage user groups 8 1169 1169 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki Enter a username: 8 1170 1170 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki User statistics 8 1171 1171 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki There are '''$1''' registered users, of which '''$2''' (or '''$4%''') are administrators (see $3). 8 1172 1172 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki Add 8 1173 1173 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki List of validated articles 8 1174 1174 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki Clear my older validation data 8 1175 1175 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki Delete 8 1176 1176 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki _User \ ^Topic 8 1177 1177 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki User $1 8 1178 1178 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki '''Hint:''' Merging your data means that for the article revision you select, all options where you have specified ''no opinion'' will be set to the value and comment of the most recent revision for which you have expressed an opinion. For example, if you want to change a single option for a newer revision, but also keep your other settings for this article in this revision, just select which option you intend to ''change'', and merging will fill in the other options with your previous settings. 8 1179 1179 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki Check this box if you really mean it! 8 1180 1180 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki <th>#</th><th>Topic</th><th>Range</th><th>Action</th> 8 1181 1181 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki Use my previous assessment where selected 'No opinion' 8 1182 1182 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki My validation overview 8 1183 1183 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki No 8 1184 1184 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki You have to be logged in to validate an article. 8 1185 1185 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki No opinion 8 1186 1186 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki $1 of $2 8 1187 1187 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki Page validation statistics for $1 8 1188 1188 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki <b>$1%</b><br />($2 of $3 points<br />by $4 users) 8 1189 1189 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki <b>$1%</b><br />($2 of $3 points<br />by one user) 8 1190 1190 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki Revisions for $1 8 1191 1191 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki See the validation statistics for "$1" <a href="$2">here</a> 8 1192 1192 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki Revision 8 1193 1193 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki Your ratings have been stored! 8 1194 1194 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki Revision #$1 8 1195 1195 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki Revision of $1 8 1196 1196 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki details 8 1197 1197 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki Show my validations 8 1198 1198 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki Validation statistics for this article 8 1199 1199 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki Validate 8 1200 1200 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki <tr><th>Class</th>$1<th colspan=4>Opinion</th>$1<th>Comment</th></tr> 8 1201 1201 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki this is the latest version 8 1202 1202 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki Time 8 1203 1203 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki Project:Validation topics 8 1204 1204 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki Total 8 1205 1205 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki Validation overview of user $1 8 1206 1206 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki This user has validated $1 pages. 8 1207 1207 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki Only articles can be validated. This page is <i>not</i> in the article namespace. 8 1208 1208 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki Validate this version 8 1209 1209 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki Validation done. 8 1210 1210 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki Validation of "$1" 8 1211 1211 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki Version 8 1212 1212 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki Version of $1 8 1213 1213 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki View this revision 8 1214 1214 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki Change this text <a href="{{SERVER}}{{localurl:MediaWiki:Val_votepage_intro}}">here</a>! 8 1215 1215 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki <b>Never, <i>ever</i>, change something here without <i>explicit</i> community consensus!</b> 8 1216 1216 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki Yes 8 1217 1217 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki Validate page 8 1218 1218 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki zh 8 1219 1219 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki cn 8 1220 1220 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki hk 8 1221 1221 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki sg 8 1222 1222 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki tw 8 1223 1223 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki Version 8 1224 1224 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki Version $1 of MediaWiki required 8 1225 1225 2005-09-19T20:28:02Z MediaWiki default 0 wikitext text/x-wiki Version $1 of MediaWiki is required to use this page. 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Please try again. 8 1267 1267 2005-09-19T20:28:03Z MediaWiki default 0 wikitext text/x-wiki Differences 8 1268 1268 2005-09-19T20:28:03Z MediaWiki default 0 wikitext text/x-wiki Your domain 8 1269 1269 2005-09-19T20:28:03Z MediaWiki default 0 wikitext text/x-wiki Email * 8 1270 1270 2005-09-19T20:28:03Z MediaWiki default 0 wikitext text/x-wiki Language 8 1271 1271 2005-09-19T20:28:03Z MediaWiki default 0 wikitext text/x-wiki Username 8 1272 1272 2005-09-19T20:28:03Z MediaWiki default 0 wikitext text/x-wiki Nickname 8 1273 1273 2005-09-19T20:28:03Z MediaWiki default 0 wikitext text/x-wiki Password 8 1274 1274 2005-09-19T20:28:03Z MediaWiki default 0 wikitext text/x-wiki Retype password 8 1275 1275 2005-09-19T20:28:03Z MediaWiki default 0 wikitext text/x-wiki Real name * 8 1276 1276 2005-09-19T20:28:03Z MediaWiki default 0 wikitext text/x-wiki Your text 8 1277 1277 2005-09-19T20:28:03Z MediaWiki default 0 wikitext text/x-wiki Variant 0 1 1278 1 2005-09-19T21:18:59Z Phil 1 wikitext text/x-wiki = About this Wiki = This wiki has been initially setup to support the design and the development of [[Bubble]] version 2. Over time, it became the host of other projects loosely coupled to [http://www.reseaucitoyen.be ReseauCitoyen]. = Contents = * [[Bubble]]: A mini Linux distribution designed to run a wireless [http://www.reseaucitoyen.be ReseauCitoyen] node. * [[RC-1000]]: transform an Orinoco RG-1000 into a [http://www.reseaucitoyen.be ReseauCitoyen] node * [[OperationPanik]]: Audio Streaming for [http://www.reseaucitoyen.be ReseauCitoyen] Testimonial * [[GestionReseauCitoyen]]: Node logbook * [[AodvOpenWrt]]: Some notes about running AODV-UU on [http://openwrt.org OpenWrt] * [[NoeudBulles]]: This wiki is also the main site of the bulles.bxl.rc [http://www.reseaucitoyen.be ReseauCitoyen] node. 4 1278 1279 2005-09-21T15:48:34Z Phil 1 wikitext text/x-wiki = Welcome = This Wiki supports various projects around [http://www.reseaucitoyen.be RéseauCitoyen]. Most of the technical parts are in English, while some others are in French... <br />Feel free to contribute in your own language! However, you will have to register in order be able to contribute: # It is a good protection against wiki spam # It is an easy way to give credit to the author of a contribution = Bienvenue = Ce wiki héberge divers projets relatifs à [http://www.reseaucitoyen.be RéseauCitoyen]. La plupart des articles techniques sont rédigés en Anglais, mais certains le sont en Français aussi... <br />n'hésitez pas à contribuer dans votre langue! Toutefois, vous devez vous enregistrer pour pouvoir contribuer: # C'est une bonne protection contre le spam wiki # C'est un moyen simple de donner du crédit à l'auteur d'une contribution 0 1279 1280 2005-09-21T16:30:28Z Phil 1 wikitext text/x-wiki = About Bubble = Bubble is a kind of mini Linux distribution designed to run a wireless [http://www.reseaucitoyen.be RéseauCitoyen] node. Unlike [http://www.nycwireless.net/pebble/ Pebble] which offers a full [http://www.debian.org Debian] environment, Bubble is rather small and designed to run on ''limited'' hardware -- typically without hard disk and in less than 16MB. Also Bubble is designed to run as a diskless node. Once booted it does not need any disk. = Table of contents = * [[DiskLess]]: the version 1 of Bubble! * [[Bubble overview]] / [[:RC:DistributionBubble]]: a general overview (motivation, big picture) * [[Install guide]]: How to install a Bubble node * [[Bubble development]]: information about development environment (requirements, directory structure, utility scripts, ...) * [[Bubble architecture]]: description of the Bubble architecture * [[Routing and firewall]]: information about the routing and firewalling on the node * [[To-do]]: Todo's and ideas [[Category:Bubble]] 1286 1280 2005-09-21T21:31:41Z Phil 1 wikitext text/x-wiki = About Bubble = Bubble is a kind of mini Linux distribution designed to run a wireless [http://www.reseaucitoyen.be RéseauCitoyen] node. Unlike [http://www.nycwireless.net/pebble/ Pebble] which offers a full [http://www.debian.org Debian] environment, Bubble is rather small and designed to run on ''limited'' hardware -- typically without hard disk and in less than 16MB. Also Bubble is designed to run as a diskless node. Once booted it does not need any disk. = Table of contents = * [[DiskLess]]: the version 1 of Bubble! * [[Bubble overview]] / [[:RC:DistributionBubble]]: a general overview (motivation, big picture) * [[Install guide]]: How to install a Bubble node * [[Bubble development]]: information about development environment (requirements, directory structure, utility scripts, ...) * [[Bubble architecture]]: description of the Bubble architecture * [[Routing and firewall]]: information about the routing and firewalling on the node * [[To-do]]: Todo's and ideas = Milestones = Sep-05: <br />After a long quiet period, the development has restarted! * Updated [[BuilRoot]] (some small changes again in the architecture) * Setup Q-Emu for testing releases * New OLSR package * Floppy and Etherboot images have been successfully tested * Utility scripts made to generate images based on ''meta-description'' Dec-04: * New version of Bubble in the make! * v1.99 archived in the CVS * New buildroot imported * Wiki pages under revision 26-Oct-03: * Dropbear is available -- it is now possible to have a ssh server on a single floppy distribution! 05-Oct-03: * PCMCIA is now available * Node [http://bulles.no-ip.org/ReseauCitoyen/node_status.php Bulles] is now running Bubble v1.99-cvs (migrated from DiskLess) 28-Sep-03: * Bubble has now all the features of DiskLess (except PCMCIA). Obviously some testing needs to be done. 21-Sep-03: * The package framework is now fully implemented (See BubblePackage) * The first packages are released (Belgian keyboard ;) and Wireless Tools) 14-Sep-03: * Not too much visible progress, but we can load and parse the ConfigFile from the boot device 07-Sep-03: * We have a running ''core'' system! 31-Aug-03: * CVS module created * Imported the [http://www.uclibc.org/ uClibc buildroot] CVS into the new Bubble CVS cvs import -ko -m "Buildroot 030831" ReseauCitoyen/Bubble/buildroot buildroot buildroot_030831 = To Do = * Additional packages ** iptables ** ... * Handling multiple interfaces * User documentation to build images * USer Interface to generate images * User Interface to configure node * Performance improvement in parsing configuration file <br />The shell based version is rather slow on old systems * ... [[Category:Bubble]] 1287 1286 2005-09-21T21:36:18Z Phil 1 /* Table of contents */ wikitext text/x-wiki = About Bubble = Bubble is a kind of mini Linux distribution designed to run a wireless [http://www.reseaucitoyen.be RéseauCitoyen] node. Unlike [http://www.nycwireless.net/pebble/ Pebble] which offers a full [http://www.debian.org Debian] environment, Bubble is rather small and designed to run on ''limited'' hardware -- typically without hard disk and in less than 16MB. Also Bubble is designed to run as a diskless node. Once booted it does not need any disk. = Table of contents = * [[DiskLess]]: the version 1 of Bubble! * [[Bubble overview]] / [[:RC:DistributionBubble]]: a general overview (motivation, big picture) * [[Install guide]]: How to install a Bubble node * [[Bubble development]]: information about development environment (requirements, directory structure, utility scripts, ...) * [[Bubble runtime architecture]]: description of the Bubble runtime architecture * [[Routing and firewall]]: information about the routing and firewalling on the node * [[To-do]]: Todo's and ideas = Milestones = Sep-05: <br />After a long quiet period, the development has restarted! * Updated [[BuilRoot]] (some small changes again in the architecture) * Setup Q-Emu for testing releases * New OLSR package * Floppy and Etherboot images have been successfully tested * Utility scripts made to generate images based on ''meta-description'' Dec-04: * New version of Bubble in the make! * v1.99 archived in the CVS * New buildroot imported * Wiki pages under revision 26-Oct-03: * Dropbear is available -- it is now possible to have a ssh server on a single floppy distribution! 05-Oct-03: * PCMCIA is now available * Node [http://bulles.no-ip.org/ReseauCitoyen/node_status.php Bulles] is now running Bubble v1.99-cvs (migrated from DiskLess) 28-Sep-03: * Bubble has now all the features of DiskLess (except PCMCIA). Obviously some testing needs to be done. 21-Sep-03: * The package framework is now fully implemented (See BubblePackage) * The first packages are released (Belgian keyboard ;) and Wireless Tools) 14-Sep-03: * Not too much visible progress, but we can load and parse the ConfigFile from the boot device 07-Sep-03: * We have a running ''core'' system! 31-Aug-03: * CVS module created * Imported the [http://www.uclibc.org/ uClibc buildroot] CVS into the new Bubble CVS cvs import -ko -m "Buildroot 030831" ReseauCitoyen/Bubble/buildroot buildroot buildroot_030831 = To Do = * Additional packages ** iptables ** ... * Handling multiple interfaces * User documentation to build images * USer Interface to generate images * User Interface to configure node * Performance improvement in parsing configuration file <br />The shell based version is rather slow on old systems * ... [[Category:Bubble]] 1289 1287 2005-09-21T21:55:34Z Phil 1 /* Table of contents */ wikitext text/x-wiki = About Bubble = Bubble is a kind of mini Linux distribution designed to run a wireless [http://www.reseaucitoyen.be RéseauCitoyen] node. Unlike [http://www.nycwireless.net/pebble/ Pebble] which offers a full [http://www.debian.org Debian] environment, Bubble is rather small and designed to run on ''limited'' hardware -- typically without hard disk and in less than 16MB. Also Bubble is designed to run as a diskless node. Once booted it does not need any disk. = Table of contents = * [[DiskLess]]: the version 1 of Bubble! * [[Bubble overview]] / [[:RC:DistributionBubble]]: a general overview (motivation, big picture) * [[Install guide]]: How to install a Bubble node * [[Bubble development]]: information about development environment (requirements, directory structure, utility scripts, ...) * [[Bubble runtime architecture]]: description of the Bubble runtime architecture * [[Routing and firewall]]: information about the routing and firewalling on the node = Milestones = Sep-05: <br />After a long quiet period, the development has restarted! * Updated [[BuilRoot]] (some small changes again in the architecture) * Setup Q-Emu for testing releases * New OLSR package * Floppy and Etherboot images have been successfully tested * Utility scripts made to generate images based on ''meta-description'' Dec-04: * New version of Bubble in the make! * v1.99 archived in the CVS * New buildroot imported * Wiki pages under revision 26-Oct-03: * Dropbear is available -- it is now possible to have a ssh server on a single floppy distribution! 05-Oct-03: * PCMCIA is now available * Node [http://bulles.no-ip.org/ReseauCitoyen/node_status.php Bulles] is now running Bubble v1.99-cvs (migrated from DiskLess) 28-Sep-03: * Bubble has now all the features of DiskLess (except PCMCIA). Obviously some testing needs to be done. 21-Sep-03: * The package framework is now fully implemented (See BubblePackage) * The first packages are released (Belgian keyboard ;) and Wireless Tools) 14-Sep-03: * Not too much visible progress, but we can load and parse the ConfigFile from the boot device 07-Sep-03: * We have a running ''core'' system! 31-Aug-03: * CVS module created * Imported the [http://www.uclibc.org/ uClibc buildroot] CVS into the new Bubble CVS cvs import -ko -m "Buildroot 030831" ReseauCitoyen/Bubble/buildroot buildroot buildroot_030831 = To Do = * Additional packages ** iptables ** ... * Handling multiple interfaces * User documentation to build images * USer Interface to generate images * User Interface to configure node * Performance improvement in parsing configuration file <br />The shell based version is rather slow on old systems * ... [[Category:Bubble]] 14 1280 1281 2005-09-21T16:32:49Z Phil 1 wikitext text/x-wiki Distribution Bubble! 0 1281 1282 2005-09-21T16:43:53Z Phil 1 wikitext text/x-wiki = Description = See the description on ReseauCitoyen: [[RC:DiskLess ]] = Install Instructions = From the INSTALL.bulles file: Diskless distribution based on uClibc buildroot =============================================== $Id: INSTALL.bulles,v 1.2 2003/05/10 14:19:00 pvanhaes Exp $ Philippe.Vanhaesendonck@topgame.be Background ---------- The objective of this distrubution is to be able to run a Wireless node on a diskless computer. The configuration will be typically: LocalLan <---> Node <---> WirelessLan The kernel & disk image is booted from the LocalLan, the default firewall setup does not forward anything from the WirelessLan to the LocalLan Alternatively, you can build a bootbale CD-ROM or a CF-Card image. In that case, you do not need a NIC for the LocalLan Access to the node is done via ssh The WirelessLan can be a WireLess device or a NIC connected to a wireless bridge (LinkSys Wet11) The kernel is compiled with most of the network drivers as modules. If space is an issue, just keep the ones you need! The distribution does not attempt to access any local disk, so it can be easily tested on any computer. Pre-requisites on the Build system ---------------------------------- * mknbi for etherboot images apt-get install mknbi * syslinux for PXE boot loaders, ISOLinux CD-ROM or SysLinux images apt-get install syslinux * wget for the buildroot apt-get install wget * Disk space needed for the build: 800MB Pre-requisites on the LocalLan (Only for NetBoot) ------------------------------ (Can be on the Build System) * dhcp (or bootp) configured for network boot * tftpd (HPA's tftp server recommended for PXE boots) apt-get install tftpd-hpa Pre-requisites for the node --------------------------- * 16 MB RAM * One NIC/Wireless for the WireLess Lan If we need to NetBoot: * One NIC for the LocalLan * NetBoot enabled -- several possibilities: - LocalLan NIC can NetBoot - BIOS can NetBoot - Use a floppy to NetBoot (!) Install ------- !You do not and sould not be root to build this distribution! The distribution need to know at least which network interfaces needs to be configured. * copy bulles.cfg.distr to bulles.cfg and review it ;-) If you want to add additional files/scrits, the directory tree under sources/local_skeleton will be copied to your iamge. This directory is not touched during upgrades. Make all the stuff, and go for a beer: $ make After some time you should get the kernel and root filesystem Post-Install ------------ Once your system is running, you can: * Generate ssh keys # ssh-keygen -f /etc/ssh_host_rsa_key -N '' -t rsa # ssh-keygen -f /etc/ssh_host_dsa_key -N '' -t dsa Once this is done, transfer the file to your build system to make them 'permanent' -- e.g.: # scp /etc/ssh_host_* <user>@<host>:<buildroot>/sources/local_skeleton/etc Re-building an image -------------------- If you make changes to the 'skeletons' and want to re-build the image: $ make rootclean && make Packages Installed ------------------ Linux 2.4.20 with wireless patches Busybox 0.61-pre uClibc 0.9.19 zlib 1.1.4 (ssh) openssl 0.9.7a (ssh) openssh 3.5p1 iptables 1.2.8 kernel-aodv 2.0.1 pcmcia-cs 3.2.3 wireless_tools 26 Todo ---- radvd for IPV6 History ------- 10-May-2003 Moved all the specifics to config file... 27-Apr-2003 Improved config file iptables 1.2.8 (GFR) 22-Apr-2003 Support for bootables CD 21-Apr-2003 First public release = CVS Access = The latest stable realease is [http://bulles.no-ip.org/cgi-bin/viewcvs.cgi/ReseauCitoyen/DiskLess/?root=Development&only_with_tag=rc-1-1 rc-1-1] The [http://bulles.no-ip.org/cgi-bin/viewcvs.cgi/ReseauCitoyen/DiskLess/ latest development release] now supports AODV and non-AODV clients at the same time (see [[Routing and firewall]]) [[Category:Bubble]] 0 1282 1283 2005-09-21T17:27:25Z Phil 1 wikitext text/x-wiki = About Bubble = Bubble is a kind of mini Linux distribution designed to run a wireless [http://www.reseaucitoyen.be RéseauCitoyen] node. Unlike [http://www.nycwireless.net/pebble/ Pebble] which offers a full [http://www.debian.org Debian] environment, Bubble is rather small and designed to run on ''limited'' hardware -- typically without hard disk and in less than 16MB. Also Bubble is designed to run as a diskless node. Once booted it does not need any disk. = Motivation = There is already a lot of good stuff available today, so why do we need an additional distribution? The main vector of motivation was to be able to build a '''cheap''' node for [http://www.reseaucitoyen.be RéseauCitoyen], that is on top of depreciated hardware that some companies are throwing away these days. In a pure economical context, re-using old hardware can be more expensive as buying a new one, since the setup takes time and man-days are (very) expensive! On the other hand, from an hobbyist standpoint, your free time does not cost anything, so refurbishing an old hardware that you get for nothing is very attractive. The costs will then be limited to a Wireless card and a self-made antenna, so I do believe we can build a node for less than '''50 Euros'''. = The Big Picture = '''Note''': All these pictures are a bit obsolote in the sense that the ''alias'' on the wireless interface is a trick to allow non-linux clients to join the network when the routing is done with [http://w3.antd.nist.gov/wctg/aodv_kernel/ Kernel AODV]. This feature is deprecated since: * I am not using [http://w3.antd.nist.gov/wctg/aodv_kernel/ Kernel AODV] anymore <br />We had stability issues during real-life tests in 2004. Since most of the protocol resides in kernel, it seriously impact the stability of the whole system. * It does not work with [http://core.it.uu.se/AdHoc/AodvUUImpl AODV-UU] which takes control of the whole interface * It is less relevant with OLSR as this protocol is widely available. == Fully configured node == http://bulles.topgame.be/ReseauCitoyen/bubble_01.png The above figure illustrates a fully configured Bubble node. All parts are optional and configuration is flexible Typical applications: * [http://www.reseaucitoyen.be RéseauCitoyen] relay; * All the computers on the wired Lan get access to [http://www.reseaucitoyen.be RéseauCitoyen]; * Internet bandwidth can be offered to [http://www.reseaucitoyen.be RéseauCitoyen]. == Minimal configuration == http://bulles.topgame.be/ReseauCitoyen/bubble_02.png This is the minimal configuration for the Bubble node. In this configuration, it acts ''only'' as a relay. <br />Typical applications: * Standalone [http://www.reseaucitoyen.be RéseauCitoyen] relay to drop on the top of a building; * ''Personal relay'': the Bubble node is located in a place where he can ''see'' other nodes, and acts as a relay for home computers with a (cheap) wireless card. == Classic configuration == http://bulles.topgame.be/ReseauCitoyen/bubble_03.png The node is linked to a user workstation using a LAN cable. * [http://www.reseaucitoyen.be RéseauCitoyen] relay; * ''Personal relay'': the Bubble node is located in a place where he can ''see'' other nodes, and acts as a relay for home computer connected with a simple network cable. = Key features = * Run on virtually any Intel-based PC * Runs in 16MB memory * Ram disk based.<br />No hard-disk need -- boots from a floppy, a CD-ROM, a CF-Card or from the network * Modular distribution -- depending on the available additional packages can be installed (ssh, ...) 1284 1283 2005-09-21T19:39:39Z Phil 1 wikitext text/x-wiki = About Bubble = Bubble is a kind of mini Linux distribution designed to run a wireless [http://www.reseaucitoyen.be RéseauCitoyen] node. Unlike [http://www.nycwireless.net/pebble/ Pebble] which offers a full [http://www.debian.org Debian] environment, Bubble is rather small and designed to run on ''limited'' hardware -- typically without hard disk and in less than 16MB. Also Bubble is designed to run as a diskless node. Once booted it does not need any disk. = Motivation = There is already a lot of good stuff available today, so why do we need an additional distribution? The main vector of motivation was to be able to build a '''cheap''' node for [http://www.reseaucitoyen.be RéseauCitoyen], that is on top of depreciated hardware that some companies are throwing away these days. In a pure economical context, re-using old hardware can be more expensive as buying a new one, since the setup takes time and man-days are (very) expensive! On the other hand, from an hobbyist standpoint, your free time does not cost anything, so refurbishing an old hardware that you get for nothing is very attractive. The costs will then be limited to a Wireless card and a self-made antenna, so I do believe we can build a node for less than '''50 Euros'''. = The Big Picture = '''Note''': All these pictures are a bit obsolote in the sense that the ''alias'' on the wireless interface is a trick to allow non-linux clients to join the network when the routing is done with [http://w3.antd.nist.gov/wctg/aodv_kernel/ Kernel AODV]. This feature is deprecated since: * I am not using [http://w3.antd.nist.gov/wctg/aodv_kernel/ Kernel AODV] anymore <br />We had stability issues during real-life tests in 2004. Since most of the protocol resides in kernel, it seriously impact the stability of the whole system. * It does not work with [http://core.it.uu.se/AdHoc/AodvUUImpl AODV-UU] which takes control of the whole interface * It is less relevant with OLSR as this protocol is widely available. == Fully configured node == http://bulles.topgame.be/ReseauCitoyen/bubble_01.png The above figure illustrates a fully configured Bubble node. All parts are optional and configuration is flexible Typical applications: * [http://www.reseaucitoyen.be RéseauCitoyen] relay; * All the computers on the wired Lan get access to [http://www.reseaucitoyen.be RéseauCitoyen]; * Internet bandwidth can be offered to [http://www.reseaucitoyen.be RéseauCitoyen]. == Minimal configuration == http://bulles.topgame.be/ReseauCitoyen/bubble_02.png This is the minimal configuration for the Bubble node. In this configuration, it acts ''only'' as a relay. <br />Typical applications: * Standalone [http://www.reseaucitoyen.be RéseauCitoyen] relay to drop on the top of a building; * ''Personal relay'': the Bubble node is located in a place where he can ''see'' other nodes, and acts as a relay for home computers with a (cheap) wireless card. == Classic configuration == http://bulles.topgame.be/ReseauCitoyen/bubble_03.png The node is linked to a user workstation using a LAN cable. * [http://www.reseaucitoyen.be RéseauCitoyen] relay; * ''Personal relay'': the Bubble node is located in a place where he can ''see'' other nodes, and acts as a relay for home computer connected with a simple network cable. = Key features = * Run on virtually any Intel-based PC * Runs in 16MB memory * Ram disk based.<br />No hard-disk need -- boots from a floppy, a CD-ROM, a CF-Card or from the network * Modular distribution -- depending on the available additional packages can be installed (ssh, ...) = DiskLess Vs. Bubble = What's the difference between [[DiskLess]] and [[Bubble]]? At runtime there is almost no difference, the packages available for [[Bubble]] arejust more current. <br />The main difference is in the build process. For [[DiskLess]], you have to know the node hardware at compile time. Build and runtime parameters are mixed. [[Bubble]] uses a pre-build environement and is therefore much more flexible. [[Category:Bubble]] 0 1283 1285 2005-09-21T21:09:45Z Phil 1 wikitext text/x-wiki This article describes the development architecture and requirements to '''develop''' and '''build''' the [[Bubble]] distribution. If you are interrested in configuring a [[Bubble]] node, see the [[Bubble install guide]]. = From DiskLess to Bubble = This section describes the major changes between [[DiskLess]] and [[Bubble]] High level milestones: * [[DiskLess]]: The initial Version * [[Bubble]] v1.99: Intermediate version -- never released * [[Bubble]] v2.x: Current version in development == Configuration == * The [[Bubble configuration file]] used to have both build and runtime parameters. Now we have: ** Build parameters included in the [[BuildRoot]] configuration ** Runtime parameters associated with their respective packages. <br />Each package has its own configuration template. A [[Bubble configuration file]] is the concatenation of all (filled) templates. ** We have also added more informational fields, like version, dependencies, ... * The current [[Bubble configuration file]] is in '.ini' format. <br />We had a debate for wether or not introduce XML. It has been decided to stick to the .ini format for the time being: ** The XML format does not bring additional functionalities and we already do have a .ini parser. ** Since the parsing is isolated in the code anyway, we can change at a later time without impacting the project * Project: Rebuild a Web based configuration tool (We used to have one in [[DiskLess]]) * Project: Command line configuration tool -- possibly available on the target node. * Project: Auto-configuration tool (a generic bootable CD that would build [[Bubble configuration file]] suitable for the machine) == Build architecture == Upgraded to the new [http://buildroot.uclibc.org/ uClibc BuildRoot] (major architecture change!) High level overview: * Core packages are built and installed in the ''root'' image (no changes from 1.99) * Non-core packages are built and installed in separate package files using additional target in the makefile (less destructive) * For the ''bubble'' makefile target, instead of building a node image, now we: ** Just generate the ''root FS''; ** Save [[BuildRoot]] environement in a file; ** The final ''packaging'' is done by script, in a separate area leaving the ''root'' directory untouched.<br />This way, we can easily generate standard images, and build special ones on the fly. ** Driver packages are built by a script as well and no more at built-time as before. == Runtime architecture == * No change foreseen == Functionnalities == * No change foreseen * Test on [http://soekris.com/ Soekris] and [http://pcengines.ch/wrap.htm WRAP] = Requirements = [[Bubble]] is developped in a [http://www.debian.org/releases/sarge/ Debian Sarge] environment, but should build on any Linux platform. The packages used are: * Development Packages ** base system -- Gnu-Linux system with the ''standard'' utilities installed<br />Not detailed here... ** gcc ** make ** autoconf ** flex ** bison ** perl ** libncurses5-dev -- To configure buildroot ** wget -- To get the sources ** fakeroot -- To generate the packages ** cvs -- If you just want to build, you do not need CVS, just grep a tarball of the distribution! * Build time (to build the images) ** syslinux -- [http://syslinux.zytor.com/faq.php SysLinux] is used to package the images ** mkisofs -- To build [http://syslinux.zytor.com/iso.php ISOLinux] images ** mknbi -- To tag [http://www.etherboot.org/ Etherboot] images * Web Deployment -- For the web user interface (Not available yet) ** apache ** php4 ** php4-curl * Runtime -- To run the NetworkBoot images ** dhcp3-server -- The DHCP server ** tftpd-hpa -- TFTP server compliant with PXE = Core System = The core system (kernel/initrd/boot scripts) is developed with the BusyBox/uClibc BuildRoot. (Essentially using what has been done for DiskLess) = Packages = Obviously we want to build the packages using the same environment, but they should not be installed into the same 'root' directory BubblePackage describes the packages structure = Directory structure = In the development environment the directory structure for DiskLess looks like this: ${BULLES_HOME}/ Contains all the development environment (around 1GB) bin/ Utility scripts buildroot/ The uClibc buildroot The filesystem layout from uClibc is preserved patches/ Patches for the buildroot (Changes from the original uClibc buildroot) The directory contain one file per file to be patched (<filename>.patch) (We need to review this: there is conflict if we need to patch 2 files having the same name -- e.g. 2 Makefile) add-ons/ Add-ons for the buildroot (Additional files for the uClibc buildroot) The directory structure under add-ons is identical to the buildroot one. sources/ All the sources dowloaded for the buildroot (used as 'cache') rc_web/ PHP User interface to generate custom core packages The entire <tt>${BULLES_HOME}</tt> is under CVS, but obviously <tt>buildroot</tt> and <tt>sources</tt> are ignored. This is working OK, but the use of scripts to maintain the CVS is not error-prone... Therefore, in Bubble, we import the uClibc [[BuildRoot]] as a third party (See the [http://ximbiot.com/cvs/wiki/index.php?title=CVS--Concurrent_Versions_System_v1.12.12.1:_Tracking_third-party_sources -- Chap. 13]). Advantages: * The revision management is now very simple (or at least it should be) * Bubble is more stable (changes to the pristine [[BuildRoot]] are imported in a controlled way) Areas of attention: * More files in the CVS (But this is not huge) * The merge of new versions of the [[BuildRoot]] need to be done with care The Bubble directory structure is now simplified: ${BUBBLE_HOME}/ Contains all the development environment (around 1GB) bin/ Utility scripts (Not imported yet) buildroot/ The uClibc buildroot The filesystem layout from uClibc is preserved www/ PHP User interface to generate custom core packages The entire <tt>${BUBBLE_HOME}</tt> is under CVS, including the [[BuildRoot]] (See the [[BuildRoot]] page for the directory layout). = Utility scripts = With the new CVS approach, all the [[DiskLess]] scripts are now obsolete! '''To do''': Describe the new utilities = CVS = [http://bulles.no-ip.org/cgi-bin/viewcvs.cgi/ReseauCitoyen/Bubble/ Browse the CVS]! The path in the CVS is <tt>ReseauCitoyen/Bubble</tt> <br />Module name: <tt>bubble</tt> (or <tt>Bubble</tt>) [[Category:Bubble]] 0 1284 1288 2005-09-21T21:53:19Z Phil 1 wikitext text/x-wiki = Kernel = The development is based on the latest 2.4. See [[Linux kernel]] for more details. = Boot process = == High level description == # Load kernel (including initrd) # Get configuration file # Create ramdisk # Copy base system from initrd to ramdisk # Load packages into ramdisk as specified in the configuration file # switchroot and start the system from ramdisk == Boot media == Bubble supports the following boot media: * [[Network boot]] ** Directly via DHCP/BootP if the hardware supports it ** Via PXEBoot (using [http://syslinux.zytor.com/pxe.php PXELinux]) ** Via [http://www.etherboot.org/ Etherboot] * CD-ROM (Using [http://syslinux.zytor.com/iso.php ISOLinux]) * [[SysLinux boot]]: boot from a FAT filesystem (Using [http://syslinux.zytor.com/faq.php SysLinux]) <br />It allows too boot from: ** A floppy disk ** A compact Flash (Via an IDE/CF bridge) The boot media contains: * Kernel image * Initrd image (bundled with the kernel in case of a network boot) * The [[Bubble configuration file]] * The packages == Initrd == The kernel is booted through an initial ram disk. There is no alternative since: * We need to be able to load the right network module in case of network boot or exotic hardware * The root fs is a ramdisk which is generated at run time == About ramdisk == It took me some time to realize that the '''ramdisk_size''' kernel parameter is just there to set an upper bound to the ramdisks. <br />It does not mean that this amount of memory is allocated when a ramdisk is created. In DiskLess we are setting the ''ramdisk_size'' to the size of the initrd ramdisk. This is not wrong, but it actually limits the size of all ramdisks! In Bubble, we want a small initrd, so we cannot do this anymore! <br />We just set the ''ramdisk_size'' to an arbitrary high value -- this does not matter too much. == Pivot Root == When the ''new'' ramdisk is ready, we need to swap the root devices. This is done by the `pivot_root` command. I had to experiment a bit to get it right: # BusyBox will not start init if does not have pid 1.<br />The workaround is to launch the ''linuxrc'' applet # As consequence of #1, ''linuxrc'' need to be enabled in BusyBox. This makes that at install time, BusyBox will overwrite the ''linuxrc'' of the initrd, which is not what we need.<br />To circumvent this, we will simply copy our linuxrc scripts in the fixups... For reference, the snipped of CVS:buildroot/sources/target_skeleton/linuxrc.sh which does the trick: echo "---------- Pivot Root --------------------------------------------------" /bin/umount /proc cd $ROOT /sbin/pivot_root . initrd echo "---------- Stating init ------------------------------------------------" ln -s sbin/init linuxrc exec chroot . ./linuxrc <dev/console >dev/console 2>&1 echo "---------- Init could not be started!!! --------------------------------" == Boot Device identification == Another difficulty is to identify the boot device! <br />This information is just not available as such. <br />We need this information to load our configuration file and the packages that need to be installed There are several possibilities: # Try all the possible combinations (based on /proc/devices and /proc/filesystems)<br />This is not bullet proof, a wrong device can match... # Scan the PCI bus to find a network card<br />Again here, we may get a wrong one! # Pass the information on the command line The last one may require manual configuration, but it will work as-is most of the time: * [[Network boot]]: We are doing a new DHCP request to get all the information from the DHCP server (no configuration required).<br />IP can be passed on the command line, but unfortunately this does not help too much, since we are missing information about the BootP server. Therefore we have to re-query the DHCP server. The following information is given for reference, but is not used in Bubble. ** [http://www.etherboot.org/ Etherboot]: use the `--ip=rom` option in ''mkelf-linux'' ** [http://syslinux.zytor.com/pxe.php PXELinux]: set `IPAPPEND 1`in the configuration file * Floppy/CD-Rom/CF: all are [http://syslinux.zytor.com/faq.php SysLinux] -- we add the device in the configuration file (`APPEND` parameter). [[Category:Bubble]] 0 1285 1290 2005-09-22T21:43:55Z Phil 1 wikitext text/x-wiki {{Outdated}} This page describes the necessary steps needed to get get a bubble node up and running. = Requirements = We need basically some hardware for the node, plus an additional system to package the distribution. * The node itself ** Intel 386 compatible hardware ** 16 MB RAM ** A wireless interface supported by Linux (!) ** A boot device supported by Bubble (floppy, CD-ROM, CF-Card, Network card, ...) ** An optional network card * A computer to package the distribution. There is no restriction on the Operating System, but it need to be able to create the boot device: format/write MS-DOS FAT filesystem (floppy/CF-Card node), burn ISO CD-ROM for CD-ROM based node, or act as BootP/DHCP/TFTP server for a network based node. = Installation overview = There are 3 ways to get the distribution packaged * Build from source: this is probably the hardest way!<br />You may want to build from source if you want to modify the distribution.<br />Read [[Bubble development]] and if you still want to go on, get a [http://bulles.no-ip.org/cgi-bin/viewcvs.cgi/ReseauCitoyen/Bubble/ tarball] with the source and compile the whole stuff!<br />Browse this wiki for more information. * Use the RC-Matic: from one extreme to the other, the RC-Matic allows you to describe your configuration on the Web, and download all the parts needed to run your node.<br />At this time, the RC-Matic only generates [[DiskLess]] images! Conversion to Bubble is under way. But the need of an custom image is very limited since Bubble is much more configurable at run-time than [[DiskLess]]. * Use pre-build packages: last but not least, there are already some pre-build packages available, so you just have to download them, put it on your boot device and your node is ready! This [[Install guide]] describes how to get a node up and running with pre-build packages. <br />Pre-build packages are available at http://reseaucitoyen.be/diskless/bubble By using pre-build packages, you can have your bubble node operational in just a few minutes once you now your hardware configuration. <br />Installation is done in 3 steps: # Download the components; # Review and customize your configuration file; # Copy all the parts on your boot media. = Download Components = You will need 3 parts: * The [[Bubble configuration file]] * The Core System * The Packages == Configuration File == Just download the configuration file template as base for your configuration: BubbleImage:bubble.cfg == Core System == The Core System is made of the [[Linux kernel]] and a root file system. The package you need depends on how you want to boot your Bubble node: * FAT based (Floppy, CF-Card): review SysLinuxBoot to select the right core package; * CD-ROM based: download BubbleImage:core-images/cdrom-ide and the review [[IsoLinux boot]] page. * Network based: review [[Network boot]] to select the right core package. == Packages and Drivers == Bubble is is very flexible in its content. You just have to download the packages you want to install. The only limitation is the disk space if you boot from floppy, and the available memory. A complete list of the available packages and their parameters are available in [[Bubble configuration file]]. Read more about packages in [[Bubble package]]. You will typically use: * keybbe: Belgian keyboard mapping * pcmcia: if you need to support pcmcia devices! * wtools: wireless tools (not needed if you are using a wireless bridge such as the Linksys Wet-11) * iptables: for the firewalling * aodv: for the routing * tinyhttp: a nice to have -- it includes a useful node status page * ssh: if spaces allows it! All the packages are located at BubbleImage:packages. You will have also to download the drivers to support your hardware (wireless card, network card, ...) <br />There is already a whole bunch of driver packages available on BubbleImage:packages/drivers. If you are missing something, just tell me and I will include it. <br />Note that the driver packages always includes the dependencies -- you do not need to download them separately. E.g. if you have an Avaya PCMCIA card, the only driver package you need to download is BubbleImage:packages/drivers/orinoco_cs.tbz. = Review configuration file = Review your configuration file to match your hardware. See [[Bubble configuration file]] for detailed explanation. <br />The template you have downloaded contains more than you usually need. You should just review and check all entries. For each package tarball (.tbz file), there is always an associated [[Bubble configuration file]] template with the .cfg extension. This template contains the right values for the ''size'' and ''inode'' package parameters. = Make your boot device = You have now all the pieces of the puzzle! The last step is to dump everything on your boot device. Details of the operation depend on your boot device: * FAT based (Floppy, CF-Card): see [[SysLinux boot]]; * CD-ROM based: see [[IsoLinux boot]]; * Network based: see [[Network boot]]. Note that all files should be placed in the same directory. The exceptions are: * The [http://syslinux.zytor.com/pxe.php PXELinux] configuration file in case of a [[Network boot]] via PXE; * [[Network boot]] again, the [[Bubble configuration file]] can be in a separate directory to allow multiple nodes to share the same code; = Boot your node = Just boot your node and you are done! You may want to change the root password if you have enabled ''telnetd''. Once done, copy the encrypted value from ''/etc/passwd'' to your [[Bubble configuration file]]. <br />You can do the same with your ''ssh'' public and private keys. Enjoy! [[Category:Bubble]] 10 1286 1291 2005-09-22T21:45:29Z Phil 1 wikitext text/x-wiki '''Note''' This page has been moved ''as-is'' from the previous wiki and need to be reviewed! 0 1287 1292 2005-09-22T22:06:06Z Phil 1 wikitext text/x-wiki = Version = The [[BuildRoot]] is based on Linux 2.4.31 (V1.99 was 2.4.21) The kernel is ''tagged'' and linux-2.4.31-bubble = Patches = * Orinoco drivers 0.13e * Orinoco monitor atch * HostAP = Configuration = The size of the kernel will bas as small as possible, optional parts are compiled as modules. * Loadable module support: yes obviously, but no versionning though * Processor type and features: 386 with math support (should run on everything) * General setup: ** no Eisa/MCA support ** Hotplug/PCMCIA support (modules) ** Support only Elf binaries ** Support APM (Otherwhise I cannot shut down my node...) ** No ACPI support * Memory Technology Devices: '''no support a this time''' * Parallel port: no support * Plug and Play: as module * Block devices: Support floppy (module) & ram disk * RAID and LVM: no support * Networking options. ** Packet socket (in case we need ''tcpdump'') ** Netfilter support ** Unix domain socket (do we really need this?) ** TCP/IP Networking ;) ** kernel level autoconfiguration '''not''' selected ** Netfilter configuration: main ones selected (We may want to build the other ones as modules) ** No IPV6 ** No ''other protocol'' ** No QoS * Telephony: no support * ATA/IDE/MFM/RL: module support (for CDROM!) * Firerwire: no support * I20: no support * Network device: Support via modules for: ** Ethernet 10/100 ** Wireless ** PCMCIA * Amateur Radio: no support * IrDA: no support * ISDN: no support * Old CD-ROMS: no support * Input core: no support * Character devices ** Virtual terminal & serial console support ** Unix98 PTYs ** No support for other options * Multimedia: no support * Filesystems: ** ext2, tmpfs, /proc & /dev/pts ** msdos & iso9660 as module * Console: Supports for VGA-Text * Sound: no support * USB: no support '''(Need to review this for WLAN USB devices)''' * Bluetooth: no support * Kernel Hacking: no support * Library routines: no zlib support 0 1288 1293 2005-09-27T19:31:44Z Phil 1 wikitext text/x-wiki {{Outdated}} = Objective = The runtime configuration file will drive the behaviour of the node. * Configuration of the core * List and parameters of the additional modules to load This page describes the structure of the runtime configuration file. Constraints * Can be generated by a user interface. * Must be easily editable with text editor.<br />Which means human readable (not too complex) and flexible in format. * Must be easily parsed by the node at run time<br />(Limited tools available in [[BusyBox]]) = Syntax = We use the well-know ''.ini'' syntax: [section-name] parameter = value ... In addition to that, we add some ''pseudo-parameters'' which are mainly used by the UI: system.help = text Help text for the section parameter.system = value Same as 'parameter = value', but shown in the UI parameter.choices = value|value|... List of value for the parameter parameter.crypt = value The parameter is encrypted parameter-1.depends = parameter-2=value Parameter-1 is only used when parameter-2 = value parameter.list = value The parameter is actually a list (Every occurrence is a new element) = Example = See CVS:buildroot/bubble.cfg.distr for the latest [[Bubble configuration file]] distributed [system] help.system = Information specific to the build system version.help = Configuration file version number (do not change) version.system = 0 isolinux.help = Where is isolinux.bin located? isolinux.system = /usr/lib/syslinux/isolinux.bin [kernel] help.system = Kernel specifics append.help = Kernel parameters that need to be passed on boot append = module.help = Modules to load at start-up module.list = [image] help.system = Information for the core image build type.help = Image type type.choices = etherboot|pxe|iso|syslinux type = etherboot net_module.help = Modules needed to get network up net_module.depend = type=etherboot|pxe net_module.list = 3c59x iso_module.help = Modules needed to support the cdrom and iso fs iso_module.depend = type=iso iso_module.list = iso9660 iso_module.list = ide-cd iso_device.help = Device where the cdrom is iso_device.depend = type=iso iso_device = /dev/hda0 syslinux_module.help = Modules needed to support the floppy and the FAT syslinux_module.depend = type=syslinux syslinux_module.list = msdos syslinux_module.list = floppy syslinux_device.help = Device where the floppy/CF card is syslinux_device.depend = type=syslinux syslinux_device = /dev/fd0 ... = Reference = This paragraph describes all the parameters, section by section. == Build Parameters == The parameters in the following sections are impacting the '''build''' of the distribution. <br />They are available at run-time for information, but do not (should not) impact the behaviour of the distribution. === [system] === Information specific to the host used to build the distribution. {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |'''Parameter'''||'''Type/Values'''||'''Default value'''||'''Description''' |- |version||Number||-||Internal parameter used to track the version of the configuration file. Do not change this value |- |isolinux||File||-||Location of the [http://syslinux.zytor.com/iso.php SysLinux] ''isolinux.bin'' file on the build system |} === [kernel] === Information related to the Linux kernel {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |'''Parameter'''||'''Type/Values'''||'''Default value'''||'''Description''' |- |append||Text||-||Kernel parameters passed on the command line at boot time.<br />Unless you are using [http://www.etherboot.org/ Etherboot], you can always change this parameter after build in the [http://syslinux.zytor.com/iso.php SysLinux] configuration file which is generated.<br />For [http://www.etherboot.org/ Etherboot]however, you will have to regenerate an image. |- |module||List of modules||-||List of modules (with their parameters) that need to be packaged in the image and loaded at startup (one module per line).<br />The system tries to be smart and loads the dependencies automatically. |} === [image] === What kind of image do we need? {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |'''Parameter'''||'''Type/Values'''||'''Default value'''||'''Description''' |- |type||etherboot|pxe|iso|syslinux||-||Image type:<br />''etherboot'': [http://www.etherboot.org/ Etherboot] image (See [[Network boot]])<br />''pxe'': [[Network boot]] via [http://syslinux.zytor.com/pxe.php PXELinux] <br />''iso'': to generate a bootable ISO9660 CD-ROM Image (using [http://syslinux.zytor.com/iso.php ISOLinux])<br />''syslinux'': image for [http://syslinux.zytor.com/iso.php SysLinux]. Allow to boot from FAT filesystem (Floppy of Compact Flash cards) |- |net_module||List of modules||-||For ''etherboot'' and ''pxe'' images, the module(s) needed to support the card |- |iso_module||List of modules||-||For ''iso'', the module(s) needed to support the cd-rom and the ISO9660 filesystem |- |iso_device||Device||-||For ''iso'', the device to be used to mount the cd-rom (e.g. /dev/hda1) |- |syslinux_module||List of modules||-||For ''syslinux'', the module(s) needed to support the floppy drive and the msdos filesystem |- |syslinux_device||Device||-||For ''syslinux'', the device to be used to mount the floppy (e.g. /dev/fd0) |- |driver||List of modules||-||List of modules for which a driver package need to be build (See [[Bubble package]])<br /> /!\ PCMCIA drivers should never be started (i.e. ''start = no'' package parameter) |} /!\ There is no need to generate another image if your boot device (''iso_device'' or ''syslinux_device'') is not the same as the one in the build, you just have to change it in the [http://syslinux.zytor.com/iso.php SysLinux] configuration file == Runtime Parameters == The following parameters have no effect on the build, they are just used at run-time. === [node] === General configuration of the node {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |'''Parameter'''||'''Type/Values'''||'''Default value'''||'''Description''' |- |Hostname||Text||bubble||Name for the node |- |syslog_ip||IP Address||-||By default, logging is done in a shared memory segment and available on the node via the ''logread'' command (circular buffer). If ''syslog_ip'' is set, '''in addition''' the syslog information will be send at that address. |- |root||Encrypted password||-||If set, this will be the root password for the node. Otherwise, all accounts are locked and access is only available from the console |- |telnetd||yes|no||no||If set to ''yes'', start the telnetd daemon. Although SSH is the preferred option, due to disk space or memory constraint we may consider ''telnet'' as alternative |- |keepinitrd||yes|no||no||If set to ''yes'', do not release the Initial RAM Disk at boot time (debugging only) |} === [wireless] === Configuration of the wireless device. Most of the parameters are set automatically to be compliant to [http://reseaucitoyen.be ReseauCitoyen] -- See [[Bubble overview]]. {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |'''Parameter'''||'''Type/Values'''||'''Default value'''||'''Description''' |- |interface||none|eth0|eth1|wlan0|...||none||Interface used by the wireless card (or ethernet card when a wireless bridge is used) |- |virtual_if||yes|no||no||Enable the creation of an alias on the device to use a second IP in the 172.16i.jk.lm.n0/28 network (non AODV)<br />When this interface is configured, the dhcp server is automatically configured and started for this subnet. |} === [lan] === Configuration of the LAN wired device (if any). {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |'''Parameter'''||'''Type/Values'''||'''Default value'''||'''Description''' |- |interface||none|eth0|eth1|...||none||Interface used by an optional ethernet card |- |address||dhcp|fixed||-||Address allocation scheme:<br />''dhcp'': network is configure through a DHCP server on the wired network<br />''fixed'': fixed ip. In that case all the following parameters need to be specified |- |ip||IP Address||-||For ''fixed'' address: the IP to be used |- |broadcast||Broadcast address||-||For ''fixed'' address: the broadcast address to be used |- |netmask||Network mask||-||For ''fixed'' address: the network mask to be used |} == Packages == This section covers all the runtime parameters related to the packages. <br />See also [[Bubble package]] for more details about the package structure. === [packages] === General information on the packages {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |'''Parameter'''||'''Type/Values'''||'''Default value'''||'''Description''' |- |size||Number||-||Free space on the RAM Disk after install (in KB) |- |inode||Number||-||Free inodes on the RAM Disk after install |- |retry||Number||0||Number of retries when fetching a package.<br />By default, the package installer just skips the packages it cannot find.<br />Setting this parameter allows to use a system distributed on multiple floppies: when a package is not found, a console message will request to change media.<br /> /!\ As a consequence, the system will not be able to boot unattended when this parameter is set and a packages are missing... |- |package||List of packages||-||List all the packages to consider. To be loaded at runtime, a package must be listed here '''and''' have the ''load'' parameter set to ''yes''! |} === Common parameters for all packages === The following parameters are valid for all packages {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |'''Parameter'''||'''Type/Values'''||'''Default value'''||'''Description''' |- |size||Number||-||Disk space used by this package on (RAM) disk (in KB) |- |inode||Number||-||Inodes used by this package on (RAM) disk |- |load||yes|no||yes||Load this package? |- |file||File||''package''.tbz||Filename of the tarball for this package |- |retry||Number||''[package] parameter''||Number of retries when fetching a package.<br />This parameter overrides the one at ''[package]'' level and has the same signification. |- |install||File||''package''||Name of a script located in /tmp which will be run at install (boot) time |- |start||yes|no||yes||If this package is a ''service'', do we need to start it at boot time? |- |module_params||Text||-||If this package is a ''Driver Package'', the parameters which will be passed to the module (see [[Bubble package]]) |} Except for the ''size'' and ''inode'' parameter, you can safely omit all the others, and the package will do what you expect! === [keybbe] === Configures Belgian keyboard for the console. No additional parameter. === [pcmcia] === PCMCIA Support. <br />This package contains the pcmcia ''cardmanager'' and the core modules. The ''cardmanager'' is only run once at boot time -- therefore hot plug of device is not supported, this is beyond the scope of Bubble. /!\ This package only implements the pcmcia core subsystem. This means that no actual card driver is in this package, they must be built separately (via the ''driver'' parameter of the ''[image]'' section). Also, all the packages related to pcmcia drivers cannot be started at package install time (i.e. ''start = no'') as the modules are loaded through the card services. {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |'''Parameter'''||'''Type/Values'''||'''Default value'''||'''Description''' |- |pcic||i82365|tcic|yenta-socket||-||pcmcia controller type -- actually the name of the module supporting it<br /> /!\ The pcic module is '''not''' part of the package -- it must be built separately as driver. We are doing this to limit package size |- |pcic_opts||Module options||-||Controller options to pass to the module |} === [wtools] === Install wireless tools and configure the wireless interface at boot time. <br />This package is '''not''' needed when you use a wireless bridge (WET-11, ...) as interface. No additional parameter. === [iptables] === Provides basic firewalling for the node -- See [[Routing and firewall]] for details. {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |'''Parameter'''||'''Type/Values'''||'''Default value'''||'''Description''' |- |port||List of TCP/IP ports||-||List of ''ports'' accepted by the node on the Wireless interface.<br />Typically we allow ssh and www |- |mac||List of mac addresses||-||List of ''trusted'' mac addresses for which we accept to ''forward'' to the Wired Lan if present |- |script||File name||-||Additional firewall script to run. The script needs to be placed on the distribution media |} === [aodv] === Kernel AODV. AODV will be started on the wireless interface. No additional parameter. === [tinyhttp] === Starts the [[BusyBox]] tiny http server. <br />The features of this server are somewhat limited but it is more than enough to provide a few pages of information. <br />By default there is a simple home (''index.html'') and a cgi script (''cgi-bin/node_stat'') which gives information about the node. Additionally content can be added with the ''website'' parameter. {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |'''Parameter'''||'''Type/Values'''||'''Default value'''||'''Description''' |- |website||File||-||Name of a file containing the web pages<br />The file '''must be''' a bzipped tarball that will be extracted at the document root of the web server. |} === [openssh] === This package bundles zlib, openssl and openssh. This is the biggest package of the distribution (around 1MB), so if if you are booting from floppy, you will need a separate one for ssh! {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |'''Parameter'''||'''Type/Values'''||'''Default value'''||'''Description''' |- |rsa_key||File||-||Name of a file on the boot medium containing the private RSA key<br />(''/etc/ssh/ssh_host_rsa_key'' file) |- |rsa_key_pub||File||-||Name of a file on the boot medium containing the public RSA key<br />(''/etc/ssh/ssh_host_rsa_key.pub'' file) |- |dsa_key||File||-||Name of a file on the boot medium containing the private DSA key<br />(''/etc/ssh/ssh_host_dsa_key'' file) |- |dsa_key_pub||File||-||Name of a on the boot medium file containing the public DSA key<br />(''/etc/ssh/ssh_host_dsa_key.pub'' file) |- |authorized||File||-||Name of a on the boot medium file containing the public key of users who will have root access<br />(''~root/.ssh/authorized_keys'' file) |} If you do not provide any key file as parameter, the node will generate the necessary RSA and DSA private/public keys at boot time. <br />It is strongly recommended to save the generated keys, otherwise you will get new ones after each boot, and clients will usually complain === [dropbear] === This package bundles zlib and [http://matt.ucc.asn.au/dropbear/dropbear.html Dropbear SSH server]. Dropbear is a small and secure SSH '''server'''. The package footprint is around 140K! <br />This package does not include a ssh '''client''' -- if you need this, you will have to go for the full featured openssh package. {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |'''Parameter'''||'''Type/Values'''||'''Default value'''||'''Description''' |- |rsa_key||File||-||Name of a file on the boot medium containing the private RSA key<br />(''/etc/dropbear/dropbear_rsa_host_key'' file) |- |dss_key||File||-||Name of a file on the boot medium containing the private DSS key<br />(''/etc/dropbear/dropbear_dss_host_key'' file) |- |authorized||File||-||Name of a on the boot medium file containing the public key of users who will have root access<br />(''~root/.ssh/authorized_keys'' file) |} If you do not provide any key file as parameter, the node will generate the necessary RSA and DSS private keys at boot time. <br />It is strongly recommended to save the generated keys, otherwise you will get new ones after each boot, and clients will usually complain [[Category:Bubble]] 0 1289 1294 2005-09-27T19:34:58Z Phil 1 wikitext text/x-wiki {{Outdated}} = About Packages = In order to keep the ''core'' as small as possible, and to allow flexibility, most of the Bubble components are stored in packages. <br />Packages may have different purpose: * Configuration: a few scripts to configure the node (keyboard, ...) * Drivers: install the drivers needed to run the node (typically Wireless drivers) * Software: optional packages for the node (ssh, ...) * ... We do not need extended package functionality, since the distribution is ''non-persistent'' -- it is re-build at boot time. <br />We need the following functionality * ''Install'' files * Run ''install'' scripts to configure the package * Have start/stop scripts to manage the ''service'' = Package Structure = The package is composed of 2 parts * A configuration file: an ASCII file that everyone can edit to customize the package for a particular node.<br />The format is the same as the [[Bubble configuration file]], and the contents are actually merged. * A tarball containing the package itself == Package Naming == Since we want to be able to boot from FAT, the package (file) name is limited to 8 characters! == Package Configuration == The package configuration is part of the [[Bubble configuration file]] as a ''section'' It contains: * The disk space required to install the package (in KB) * The number of i-nodes required to install the package * Any other parameter needed to configure the package<br />These options will be made available to the install script. Examples (See [[Bubble configuration file]] for the full syntax with hints for the user interface) ... [packages] # Only the packages in the list will be considered package.list = long # Long form example package.list = short # Short form example ... # Long declaration: all the parameters are used [long] size = 10 # RamDisk space required to install this package (in KB) # Default 0 inode = 10 # RamDisk inodes required to install this package # Default 0 load = yes # Load this package? (to be installed we need to have the # package in the above list AND load = yes here) # Default yes file = long.tbz # Package file name # Default <package.tbz> retry = 0 # If the file is not found, how many retries are we doing? # (Useful in case of floppies, to be able to switch the media) # Default is 0: Skips package is file is not there # This parameter overrides the same at [package] level install = long # Installation script for the package, in /tmp # Default <package> start = yes # Start the service at boot time? (if applicable -- nothing is # actually done, this parameter is just available for the scripts) # Default yes # Any other parameter for the use of this package [short] # Actually we do not need anything here! using the defaults: no space will be allocated for the package, # it will be loaded from the short.tbz file,and the default install script /tmp/short will be run if it exists. At build time, in addition to the tarball, a template for the [[Bubble configuration file]] is generated and contains the right ''size'' and ''inode'' parameters. During the boot process, for all the packages, a ''/etc/default/<package>'' is created, and all the parameters are defined there as environment variable. <br />Example: [hello] param = Hello World generates ''/etc/default/hello'' file: _PARAM="Hello World" The parameter is capitalized, and an underscore is prepended to minimize environment variable clashes when the file is sourced. == Package tarball == The configuration file is named '''<package>.tbz''' and is a ''bzipped'' tarball. It contains (all parts are optional): * All the package files (Path relative to root) * A configure/install script (in /tmp) * Start/Stop script for the service (System-V like -- See below): /etc/init.d/<package><...>.sh The ''stop'' part of the script is not very crucial in the light of a diskless node, but can be interesting for * Manual intervention (stop firewall, ...) * Nicely release network resources (DHCP lease, ...) Note that [[BusyBox]] init does not know anything about runlevels, but for the sake of clarity we will use the System-V / Debian convention, assuming the system is running in level 2: * /etc/init.d as repository for all startup scripts * /etc/rcS.d for all the scripts run at startup, just after the ''pivot_root''.<br />These are reserved for system initialization tasks, so no package scripts should come here.<br />Naming convention: Snn<script> symlinked to the real script in /etc/init.d * /etc/rc2.d for all the packages start scripts.<br />Naming convention: Snn<package><...>.sh symlinked to the real script in /etc/init.d * /etc/rc0.d for all the packages stop scripts.<br />Naming convention: Knn<package><...>.sh symlinked to the real script in /etc/init.d In the [[BuildRoot]], if the start/stop script contains (similar to the !RedHat chkconfig): # bubbleconfig: 2 xx yy links to the Sxx and Kyy will be build automatically (during the fixup phase of the build -- not at runtime!) = Driver Packages = A driver package is a package which is build to support some hardware and consists of one or more modules. These packages can be build automatically by including the name of the module in the [[Bubble configuration file]]. E.g.: [image] # ... driver.list = ewrk3 # DEC EtherWORKS driver.list = orinoco # Hermes or Prism 2 chipset driver.list = rt2400 # Realtek 2400 chipset # ... In the above example we will generate 3 packages, each of them will contain the base module plus all its dependencies. Unless ''start = no'' is specified for a particular driver, all drivers will be loaded at the early stage of the boot process. (current implementation: '''all''' drivers are loaded) All drivers accept a ''module_params'' run time parameter which will be passed to the module. E.g. [ewrk3] size = 56 inode = 10 module_params = io=0x300 irq=5 (current implementation: ignored) = Existing Packages = See [[Bubble configuration file]] for the list of existing packages and their respective options. = Links = ''We can group the links somewhere else...'' * [http://www.linuxrouter.org/ Linux Router Project (LRP)] -- no development anymore * [http://leaf.sourceforge.net/ Linux Embedded Appliance Firewall (LEAF)]: the re-incarnation of [http://www.linuxrouter.org/ LRP] * [http://www.routerlinux.com/ RouterLinux]: another uClibc/ [[BusyBox]] based GNU/Linux distribution * ... [[Category:Bubble]] 0 1290 1295 2005-09-27T19:37:07Z Phil 1 wikitext text/x-wiki {{Outdated}} = BusyBox Version = We want to use BusyBox 1.X, but not the daily snapshot to avoid oddities on re-build. <br />So in the [[BuildRoot]] [[CVS:buildroot/Makefile|Makefile]] we say: busybox (BR2_PACKAGE_BUSYBOX) [Y/n/?] y Use the daily snapshot of busybox? (BR2_PACKAGE_BUSYBOX_SNAPSHOT) [N/y/?] n As of today, we use: '''1.00''', which is the last ''stable'' release. = BusyBox Configuration = We should include only ''what we need''. For the initial phases of development we have included commands that will help debugging... * General Configuration *** Buffer allocation on stack *** Just support Unix98 PTYs * Build options: Shared, Large file support * Install: default * Archival utilities: tar, gzip and bunzip2 * Coreutils: tried to limit utilities -- we can add if something is missing. * Console utilities: clear, loadkeymap & reset * Debian utilities: none * Editors: sed & vi * Finding utilities: find & grep * Init utilities: *** Init support inittab & initrd *** Halt/poweroff/reboot * Login/ Password management *** Do not use internal routines (relies on uClibc) *** Just need login & passwd * Misc utilities *** Strings/Watchdog * Linux Module Utilities: All utilities, but no option selected * Networking Utilities: *** hostname *** httpd with auth & cgi (reporting interface!) *** ifconfig *** ip (used by the fw scripts) *** ipcalc *** nc *** netstat *** nslookup *** ping *** route *** telnet / telnetd *** tftp (client) *** traceroute *** wget *** udhcp (client & server) * Process Utilities *** free *** kill *** pidof *** ps *** uptime * Another Bourne-like Shell: Ash, with most options. No other shell selected * System Logging Utilities: All selected * Linux System Utilities *** dmesg *** freeramdisk *** more *** pivot_root *** rdate *** mount/umount (/proc/mounts) * Debugging Options: no (!) '''Note''': No IPV6 support. IPV6 was in [[DiskLess]], but the current rollout of [http://reseaucitoyen.be ReseauCitoyen] is IPV4 based. [[Category:Bubble]] 0 1291 1296 2005-09-27T19:41:00Z Phil 1 wikitext text/x-wiki {{Outdated}} The main part of of Bubble is based on the [http://www.uclibc.org/ uClibc/Busybox buildroot]. = Original [[BuildRoot]] = Since there is no much documentation about it, this pages gives a brief overview on the directory layout. == Version 1.99 Layout == {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |'''Path''' ||'''Makefile Variable'''||'''Description''' |- |buildroot/ ||BASE_DIR ||Main directory |- |....Makefile ||- ||The master makefile! |- |....make/ ||- ||All the included makefiles (per package) |- |....sources/ ||SOURCE_DIR ||Sources! |- |........dl/ ||DL_DIR ||All the downloaded packages are here! (cache) |- |........kernel-patches/ ||- ||Patches to apply to the kernel |- |........target-skeleton/ ||- ||Skeleton of the target filesystem |- |bgcolor="#DDDDFF"|........packages-skeleton/||bgcolor="#DDDDFF"|- ||bgcolor="#DDDDFF"|Skeleton for the packages (See [[Bubble package]]) |- |bgcolor="#DDDDFF"|............<Package>/ ||bgcolor="#DDDDFF"|- ||bgcolor="#DDDDFF"|Skeleton for a particular packages |- |........<Other files> ||- ||All the files needed to configure & build the various packages |- |....toolchain_build_i386/ ||TOOL_BUILD_DIR ||Toolchain: gcc/binutils x-compilers |- |....build_i386/ ||BUILD_DIR ||The actual build directory |- |........root/ ||TARGET_DIR ||The ''root'' of the distribution <br />All packages are installed in this directory |- |........staging_dir/ ||STAGING_DIR ||Contains all the libraries/include files, ...<br />All the libraries are installed here, the packages are linked against STAGING_DIR |- |........<Components Dirs> ||- ||Directory where each [[BuildRoot]] component is unpacked, configured and build |- |bgcolor="#DDDDFF"|........packages/ ||bgcolor="#DDDDFF"|PACKAGE_DIR||bgcolor="#DDDDFF"|Directory where the bubble packages are generated (See [[Bubble package]]) |- bgcolor="#DDDDFF" |............<Package> ||- ||Directory where each bubble package lives (similar to TARGET_DIR) |- bgcolor="#DDDDFF" |............drivers/ ||- ||Directory for the ''drivers'' packages |- |....root_fs ||IMAGE ||Image of the root filesystem |- |bgcolor="#DDDDFF"|....image/ ||bgcolor="#DDDDFF"|BUBBLE_IMAGE_DIR ||bgcolor="#DDDDFF"|Directory for bootable image and package tarballs |- |||||bgcolor="#DDDDFF"|This background color means: bubble addition to the original [[BuildRoot]] |} == Bubble 2.x layout == The [[BuildRoot]] directory structure has been reviewed in Oct-04, so we changed Bubble as well! {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |'''Path''' ||'''Makefile Variable'''||'''Description''' |- |buildroot/ ||BASE_DIR ||Main directory |- |....Makefile ||- ||The master makefile! |- |....Config.in ||- ||The master configuration file |- |....toolchain/ ||- ||All the stuff needed to build the toolchain (makefiles & config) |- |....toolchain_build_i386/ ||TOOL_BUILD_DIR ||Toolchain built: gcc/binutils x-compilers |- |....package/ ||- ||All the stuff needed to build the ''packages'' (makefiles & config) |- |........<package>/ ||- ||All the stuff needed to build a single package |- |............<package>/Config.in ||- ||Package configuration |- |............<package>/<package>.mk||- ||Package makefile |- |............<package>/... ||- ||Patch file, ... (whatever is needed to build this package) |- |bgcolor="#DDDDFF"|............<package>/<Bubble>||bgcolor="#DDDDFF"|- ||bgcolor="#DDDDFF"|For each package we want to build as a Bubble package, we make some changes here -- See [[Bubble package]] for details |- |........linux/kernel-patches/ ||- ||Package Linux: Patches to apply to the kernel |- |....target/ ||- ||All the stuff needed to build the final ''target'' (makefiles & config) |- |........default/target-skeleton/ ||- ||Skeleton of the target filesystem |- |....dl/ ||DL_DIR ||All the downloaded packages are here! (cache) |- |....build_i386/ ||BUILD_DIR ||The actual build directory |- |........root/ ||TARGET_DIR ||The ''root'' of the distribution <br />All packages are installed in this directory |- |........staging_dir/ ||STAGING_DIR ||Contains all the libraries/include files, ...<br />All the libraries are installed here, the packages are linked against STAGING_DIR |- |........<Components Dirs> ||- ||Directory where each [[BuildRoot]] component is unpacked, configured and built |- bgcolor="#DDDDFF" |........bubble/||BUBBLE_DIR ||Workspace where the Bubble packages are packaged |- bgcolor="#DDDDFF" |............<Package Dir>||- ||Directory where each Bubble package is ''prepared'' |- bgcolor="#DDDDFF" |............<Package>.bbl||- ||Bubble package |- |....root_fs ||IMAGE ||Image of the root filesystem |- |||||bgcolor="#DDDDFF"|This background color means: bubble addition to the original [[BuildRoot]] |} /!\ Still need to define target location for images & drivers... = Bubble [[BuildRoot]] = We have here 2 objectives: 1. Cleanup of the ''core'': the initial root_fs should be as small as possible. <br />The problem is that the kernel will install by default all the compiled modules while we need a limited selection.<br />Therefore we install the modules in the STAGING_DIR and copy what we need in the TARGET_DIR afterwards. 1. Modularity: we need to be able to generate separate packages for all the non-core modules (e.g. ssh, ...).<br />Approach: ''install'' each package in a separate directory under PACKAGE_DIR (1.99) BUBBLE_DIR (2.x). = Makefile targets = == Bubble 1.99 == make:: Build the whole stuff!<br />Core is generated in TARGET_DIR, packages in PACKAGE_DIR.<br />The bootable image and the package tarballs are copied in the BUBBLE_IMAGE_DIR directory (based on the [[Bubble configuration file]]) make rootclean:: Cleanup TARGET_DIR make packageclean:: Cleanup PACKAGE_DIR make bubbleclean:: Cleanup TARGET_DIR and PACKAGE_DIR The first time we just need to do '''''make''''', after modification to the buildroot, it is recommended to run '''''make bubbleclean && make''''' == Bubble 2.x == make:: Build the core (root FS) make packages:: Build all the packages /!\ Work in progress [[Category:Bubble]] 0 1292 1297 2005-09-27T19:46:54Z Phil 1 wikitext text/x-wiki {{Outdated}} = Booting from the Network = Booting from the Network is not always trivial. There should be no problem when: * Your computer BIOS supports [[Network boot]] directly through DHCP/BootP (older systems); * Your computer BIOS supports [[Network boot]] directly through PXE boot (most recent computers); * You have a network card with a ''boot ROM'' that can boot through one of the above methods. If this is not your case, keep reading! [http://www.etherboot.org/ Etherboot] will allow you to boot from the network using BootP/DHCP/PXE on virtually any computer. With [http://www.etherboot.org/ Etherboot] you can: * Generate the code needed by a ''boot ROM'' for your network card (Nice, but you probably do not have the hardware to flash EPROMSs, so read on ;) ) * Add a ''module'' in your BIOS to support network booting (I have done this, it is working very well, but playing with the BIOS is still a risky operation) * Last but not least, if you have a a boot device attached to your computer (a floppy drive or a CD-ROM), you can generate a boot disk. Note that you do not have to install the [http://www.etherboot.org/ Etherboot] software to generate a boot image, you can use the excellent [http://rom-o-matic.net/ ROM-o-matic] to generate images online. = Bubble = Here are the key Bubble parameters when you want to boot from the network: {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |'''Section'''||'''Parameter'''||'''Value'''||'''Description''' |- |[image]||type||etherboot|pxe||Image type will be [http://www.etherboot.org/ Etherboot] or [http://syslinux.zytor.com/pxe.php PXELinux] |- |[image]||net_module.list||e.g. 3c59x||The module(s) you need to get your network up (including module parameters) |} For pre-build images, we need unfortunately one image per network card type! <br />A selection of popular cards is available on BubbleImage:core-images. If your card is not not in the list, contact me for inclusion. = DHCP Server = We will need a BootP/DHCP server on the local network Here is an example which show how to configure ISC dhcpd 3.0: # Etherboot Client Example host wifi-nc { hardware ethernet 00:00:e8:42:8c:1e; # Mac address of the node fixed-address wifi-nc.bulles-dsl; # Assigned IP (DNS will resolve the name) server-name "bulles-nc.bulles-dsl"; # Name of the DHCP server option tftp-server-name "amedee"; # Name of the TFTP server (can be another host as shown here) next-server amedee.bulles-dsl; # Address of the TFTP server filename "/root_fs.etherboot"; # Name of the boot image (generated by Bubble -- mknbi format) } # PXE boot Client Example: host pvanhaes { hardware ethernet 00:00:39:be:c6:87; # Everything is identical... fixed-address pvanhaes.bulles-dsl; server-name "bulles-nc.bulles-dsl"; option tftp-server-name "amedee"; next-server amedee.bulles-dsl; filename "/pxelinux.0"; # But we load instead the generic boot file from PXELinux # The PXE configuration file and the images are generated by Bubble } = TFTP = Once the IP address has been allocated by BootP/DHCP, the kernel image and the root filesystem are loaded using TFTP. /!\ If your node is using the PXE protocol, be aware that [http://syslinux.zytor.com/pxe.php PXELinux] needs some TFTP features that are not available on all servers (''tsize'' option). <br />We strongly recommend the use of the ''tftp-hpa'' server. <br />Debian: ''apt-get install tftpd-hpa'' Configuring TFTP is very simple. You just need: `tftp dgram udp wait root /usr/sbin/in.tftpd tftpd -v -s /tftpboot` in /etc/inetd.conf (/tftpboot is the directory which will contains the boot images). = Other files = Once the [[Linux kernel]] has been loaded, the ''core'' system will need to access the [[Bubble configuration file]] and the files containing the different packages. To allow several nodes on sharing the same code, but with different configurations, the [[Bubble configuration file]] is searched a subdirectory (relative to the kernel) with the same name as its own IP in hexadecimal. <br />If the [[Bubble configuration file]] is not shown there, the path is shorten by 1 digit <br />To make it clear, here is what happens: Sep 16 21:49:47 bulles-nc tftpd[22760]: RRQ from 192.168.1.24 filename /bubble.etherboot Sep 16 21:49:53 bulles-nc tftpd[22761]: RRQ from 192.168.1.24 filename /C0A80118/bubble.cfg Sep 16 21:49:53 bulles-nc tftpd[22762]: RRQ from 192.168.1.24 filename /C0A8011/bubble.cfg Sep 16 21:49:54 bulles-nc tftpd[22763]: RRQ from 192.168.1.24 filename /C0A801/bubble.cfg Sep 16 21:49:54 bulles-nc tftpd[22764]: RRQ from 192.168.1.24 filename /C0A80/bubble.cfg Sep 16 21:49:54 bulles-nc tftpd[22765]: RRQ from 192.168.1.24 filename /C0A8/bubble.cfg Sep 16 21:49:54 bulles-nc tftpd[22766]: RRQ from 192.168.1.24 filename /C0A/bubble.cfg Sep 16 21:49:54 bulles-nc tftpd[22767]: RRQ from 192.168.1.24 filename /C0/bubble.cfg Sep 16 21:49:54 bulles-nc tftpd[22768]: RRQ from 192.168.1.24 filename /C/bubble.cfg Sep 16 21:49:54 bulles-nc tftpd[22769]: RRQ from 192.168.1.24 filename //bubble.cfg The [http://www.etherboot.org/ Etherboot] image is loaded, then the [[Bubble configuration file]] is searched, prepending !C0A80118 (192.168.1.24 in hexadecimal) to the path, shortening until the file is found. <br />(I took the idea from PXELinux which is doing something very similar...) All the other files (the packages) are looked in the directory of the initial image, allowing packages to be shared. Package location can be orverwritten in the [[Bubble configuration file]]. [[Category:Bubble]] 0 1293 1298 2005-09-27T19:48:35Z Phil 1 wikitext text/x-wiki {{Outdated}} = Booting from FAT filesystem = [http://syslinux.zytor.com/faq.php SysLinux] is a boot loader for the Linux operating system which operates off an MS-DOS/Windows FAT filesystem. <br />It allows bubble to boot from any FAT device: * A floppy disk -- Probably the easiest way to start a bubble node. A single floppy is enough to run a full featured node. However if you want to run ''ssh'' or other ''big'' package, you will need more than one floppy, and your node will not be able to boot unattended anymore. * A Compact Flash card -- If you have an IDE/CF-Card adapter, just grab an old 2 or 4MB CF-Card and your are ready! * A hard disk -- may not be very useful, but why not... = Bubble = Here are the key Bubble parameters when you want to boot from FAT filesystem: {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |'''Section'''||'''Parameter'''||'''Value'''||'''Description''' |- |[image]||type||syslinux||Image type will be [http://syslinux.zytor.com/faq.php SysLinux] |- |[image]||syslinux_module.list||e.g. msdos, floppy||The modules you need to access the device (''floppy'' in the example), and to support the FAT filesystem |- |[image]||syslinux_device||e.g. /dev/fd0||The device used used to mount the filesystem.<br /> /!\ Although this is a ''build-time'' parameter, you can always change the boot device in the [http://syslinux.zytor.com/faq.php SysLinux] configuration file (SYSLINUX.CFG) -- there is no need to regenerate an image |- |[packages] or in any package section||retry||n||Instruct the package installer to retry ''n'' times when installing a package (any package if the directive is set at [package] level). This allows floppy swap. |} = Common Cases = The main advantage of booting from floppy is that you should be able to use the ready-made images! == Standard floppy == The easiest case, the ''standard'' floppy (SA-400 interface). You will have the following in your [[Bubble configuration file]]: [image] type = syslinux syslinux_module.list = msdos syslinux_module.list = floppy syslinux_device = /dev/fd0 Pre-build image is available in the BubbleImage:core-images/floppy directory. == USB floppy == Linux is supporting USB floppy through the sd SCSI driver. You will have the following in your [[Bubble configuration file]]: [image] type = syslinux syslinux_module.list = msdos syslinux_module.list = sd_mod syslinux_module.list = usb-storage syslinux_module.list = usb-uhci # or usb-ohci syslinux_device = /dev/sda Pre-build image is available in the BubbleImage:core-images/floppy-usb-uhci or BubbleImage:core-images/floppy-usb-ohci directory. == Compact Flash Card == <!> This has not been tested yet The Compact Flash device is access through an IDE adpter, therefore Bubble just see it as an IDE hard disk. You will have the following in your [[Bubble configuration file]]: [image] type = syslinux syslinux_module.list = msdos syslinux_module.list = ide-disk syslinux_device = /dev/hda Pre-build image is not yet available... = How to make a Bootable Floppy = You will need a system running Linux or DOS, and have [http://syslinux.zytor.com/faq.php SysLinux] installed on it. Here is an example on how make a bootable floppy under Linux # fdformat /dev/fd0 # Low level format # mformat a: # Build ms-dos filesystem # syslinux /dev/fd0 # Make floppy bootable using syslinux # mount -t msdos /dev/fd0 /mnt # Mount the filesystem # cp bubble.cfg bubble.syslinux/* packages/keybbe.tbz packages/wtools.tbz ... /mnt # # Copy all files to floppy # umount /mnt Or under MS-DOS: c:> format a: c:> syslinux a: c:> copy .... a: (!) A 1.44MB floppy should be sufficient for the main Bubble packages (ssh is just too big!). Should you run out of space, it is very easy to format a floppy with 21 sectors and 83 tracks, giving a total of 1743KB on a 1.44MB floppy. However your hardware need to be able to boot from such a floppy (It is not a problem at all on my old Pentium, but USB floppy drive will not support this). <br />On Linux, just use /dev/fd0h1743 instead of /dev/fd0 in the example above. For the DOS/Wintel world, I found a couple of ''sharewares'' to do the job, and also some free utilities * [http://toastytech.com/files/nformat.html NFormat] * FDFormat 1.8 from Christoph. H. Hochstätter (No official pages, but widely available on the web) [[Category:Bubble]] 0 1294 1299 2005-09-27T19:53:12Z Phil 1 wikitext text/x-wiki {{Outdated}} = Rules = http://bulles.topgame.be/ReseauCitoyen/bubble_01.png {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- ||| ||||||||To |- ||| ||Node||10.0.0.0/8 subnet (AODV)||172.1x.xx.x0/28 (DHCP)||Wired interface |- |<|4>From||Node||||||||bgcolor="#ddffdd"|No restriction |- |10.0.0.0/8 subnet (AODV)||bgcolor="#ddffdd"|ICMP/SSH/HTTP||bgcolor="#ddffdd"|No restriction||bgcolor="#ffddff"|Blocked||bgcolor="#ffddff"|Blocked by default [[[[Foot Note]](Access can be given with additional rules)]] |- |172.1x.xx.x0/28 (DHCP)||bgcolor="#ddffdd"|ICMP/SSH/HTTP||bgcolor="#ddffdd"|No restriction (Masquerade)||bgcolor="#ffcc99"|N/A||bgcolor="#ffddff"|Blocked by default [[[[Foot Note]](Access can be given with additional rules)]] |- |Wired interface||bgcolor="#ddffdd"|No restriction||||bgcolor="#ddffdd"|No restriction (Masquerade)||bgcolor="#ffcc99"|N/A |} = [[DiskLess]] = Notes about the testing done on the [[DiskLess]] scripts ([http://bulles.no-ip.org/cgi-bin/viewcvs.cgi/ReseauCitoyen/[[DiskLess]]/add-ons/sources/bulles_skeleton/etc/init.d/rc.firewall.sh?rev=HEAD&content-type=text/vnd.viewcvs-markup View Script]) {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- ||| ||||||||To |- ||| ||Node||10.0.0.0/8 subnet (AODV)||172.1x.xx.x0/28 (DHCP)||Wired interface |- |<|4>From||Node||||||||bgcolor="#ddffdd"|OK |- |10.0.0.0/8 subnet (AODV)||bgcolor="#ddffdd"|OK (AODV works as expected)||bgcolor="#ff5555"|Not tested||bgcolor="#ff5555"|Not tested||bgcolor="#ffddff"|OK[[[[Foot Note]](Also tested when the gateways is 'open'; additional FORWARD rule:"$IPTABLES -I FORWARD -i $WIFI_IF -o $LAN_IF -m mac --mac-source 00:02:2D:29:91:6B -j ACCEPT" -- not masqueraded)]] |- |172.1x.xx.x0/28 (DHCP)||bgcolor="#ddffdd"|OK (DHCP Allocates address as expected)<br />fixed in [http://bulles.no-ip.org/cgi-bin/viewcvs.cgi/ReseauCitoyen/[[DiskLess]]/add-ons/sources/bulles_skeleton/etc/init.d/rc.firewall.sh?rev=HEAD&content-type=text/vnd.viewcvs-markup rc.firewall.sh 1.5]||bgcolor="#ff5555"|Not tested||bgcolor="#ffcc99"|N/A||bgcolor="#ffddff"|OK[[[[Foot Note]](Same as above)]] |- |Wired interface||bgcolor="#ddffdd"|OK||||bgcolor="#ddffdd"|OK (Masquerade works)||bgcolor="#ffcc99"|N/A |} [[Category:Bubble]] 0 1295 1300 2005-09-27T20:00:35Z Phil 1 wikitext text/x-wiki = RC-1000: ReseauCitoyen on RG-1000 = Attempt to run a RC node on a RG-1000 AP. = Plan = Use my favorite [[BuildRoot]] to have a core linux running and expand from there = Roadmap = * Setup CVS ([http://bulles.no-ip.org/cgi-bin/viewcvs.cgi/ReseauCitoyen/RC-1000/ View]) * Retrofit essential [http://www-hft.ee.tu-berlin.de/~strauman/airport/airport.html Till Straumann]'s patches into 2.4 kernel * Refine base environment * Get wireless running * Get AODV running = To Do = * All done!<br />Add you wishes here... = Notes = # [[Rg Flash]]: Flash you RG-1000 to allow Network Boot (via [http://www.etherboot.org Etherboot]) # [[Rg Kernel]]: Linux kernel patches for RG-1000 Support # [[Rg Install]]: How to run the RC-1000 project on you RG-1000 # [[Question fréquentes]] = Links = * http://www.seattlewireless.net/index.cgi/OrinocoRg1000 * http://www-hft.ee.tu-berlin.de/~strauman/airport/airport.html * http://www.amd.com/epd/processors/4.32bitcont/13.lan4xxfam/22.lansc400/ = LogBook = * 31-Oct-04 ** Distribution completely re-packaged based on IPKG ** Includes new packages (kismet, dropbear) * 09-Oct-04 ** Integrated experimental iptables based AODV ** CVS updated and package released <br />Note that the AODV hack is for the time being out of the RC-1000 CVS tree, but available in a separate [http://bulles.no-ip.org/cgi-bin/viewcvs.cgi/ReseauCitoyen/aodv-uu-ipt project tree] * 20-Aug-04 ** Upgrade AODV-UU to 0.8.1; added start/stop script ** Upgrade Unik-OLSR to 0.4.5; standard config file; no start/stop script ** CVS updated and package released * 19-Aug-04 ** Added [http://hostap.epitest.fi/ HostAP] 0.2.4 support ** Channel changed to '1' ** Set the clock at boot time ** CVS Updated for the above changes ** Package not released (need to update AODV / OLSR) * 19-Apr-04 ** Experimental: NFS Swap ** Experimental: OLSR (From http://olsr.org/ ) ** Package released, but CVS not updated (need to take time to document and cleanup) * 27-Mar-04 ** AODV-UU 0.8 compiled. It runs, but not further tests done ** Package released, but CVS not updated * 26-Mar-04 ** Added ''login'' and ''password'', CVS updated and new package released... * 25-Mar-04 ** Added iptables, tiny http ** Minor fixes ** Commit all changes in CVS ** New package released * 21-Mar-04: ** Cleanup Wiki ** Commit wtools in CVS * 20-Mar-04: ** Workaround Lance problems by using shorts timeouts in [http://www.etherboot.org Etherboot] ** Major cleanup -- commit all in CVS ** Rebuild from scratch for testing purpose -- Everything looks good. * 07-Mar-04: ** Linux kernel 2.4 runs now -- fixed problem in idle loop ** LEDs are working ** Orinoco drivers running as well! * 15-Feb-04: ** [http://www.etherboot.org Etherboot] 5.2 eventually works (as long as we cold boot after a re-flash!) * 25-Jan-04: ** Create this page ** Gather documentation [[Category:RC-1000]] 14 1296 1301 2005-09-27T20:00:51Z Phil 1 wikitext text/x-wiki Attempt to run a RC node on a RG-1000 AP... 0 1297 1302 2005-09-27T20:03:38Z Phil 1 wikitext text/x-wiki [[Category:RC-1000]] = Introduction = [http://www-hft.ee.tu-berlin.de/~strauman/airport/airport.html Till Straumann] has made a very good work to allow to run [http://www.etherboot.org Etherboot] from the RG-1000. The nice thing is that the code is prepended to the original firmware, and Till's ''initial loader'' allows you to choose between [http://www.etherboot.org Etherboot] and the original firmware. Although Till's work could be used ''as is'', I have ported the changes to [http://www.etherboot.org Etherboot] 5.2.3 (from 5.0.0), and dropped the features I was not using (mainly the possibility to [http://www.etherboot.org Etherboot] wireless). http://www.plasma-online.de/index.html?content=http%3A//www.plasma-online.de/english/upgrade/tweak/fixes/fix_apple_airport.html = Initial Loader = No particular issue here, I just made minor modifications: * Makefile and directory structure changed. *** We try do download the !KarlBridge firmware directly from Internet *** Directory layout changed (''bin'' and ''firmware'' are ignored by CVS, which makes things easier) * The loader accept lowercase characters (I was tired to press the ''shift'' key) * The NVRAM data is not extracted anymore at this place -- we are not using it anyway = Etherboot = The porting to [http://www.etherboot.org Etherboot] 5.2 has been a major headache... <br />The RG-1000 crashed at the very beginning. It took me at least a week to understand where it crashed (enabling interrupts in real mode), and more than a week to try to fix it until I realized that Till's original version did not work either under the same circumstances! /!\ '''After flashing the firmware, the RG-1000 must be powered off!''' The original !KarlBridge firmware does not seem to have a problem with that, but [http://www.etherboot.org Etherboot] will definitely not run after a firmware upgrade until the RG-1000 is powered off. <br />I should have know, it is stated in Till's pages... The main changes to the ''stock'' [http://www.etherboot.org Etherboot] are: * Configuration files * Patches to the Lance network driver [http://www.etherboot.org Etherboot] 5.2 is running 'as good as' 5.0 -- what I mean by that is not always initialized properly after a cold boot; but works after a reset. <br />This needs further investigations. Compared to the original changes made by [http://www-hft.ee.tu-berlin.de/~strauman/airport/airport.html Till], I have dropped significant part of his code: * Support for booting from the wireless device. <br />Although it looks attractive, we would need to have anyway another node in the area which accepts non-AODV requests. This can be a nice-to-have, but out-of-scope at this time... * Checksum on packet received. <br />This is mainly useful when you boot wireless. * Handling of the NVRAM data (not) saved by the loader [[Anchor(Flash)]] = Flashing the RG-1000 = You need: * A client tool to upload the new firmware. <br />I am using the java-based [http://edge.mcs.drexel.edu/GICL/people/sevy/airport/ RG-1000 Configurator] (GPL). <br />All the screenshots from this page are based on this tool. <br /> /!\ If the home page of the ''RG-1000 Configurator'' is not accessible, you can download it from [http://reseaucitoyen.be/diskless/rc1000/ here]. * The new firmware, which is a bundle: ''Initial Loader''/[http://www.etherboot.org Etherboot]/!KarlBridge <br />It is included in the ''RC-1000'' [http://reseaucitoyen.be/diskless/rc1000/ distribution package]. Several cases are possible, depending on the initial state of your RG-1000. == Original Orinoco Firmware == I have no clue on what the original firmware is, I never tried it! If the hardware of the RG-1000 is the same as the Apple Airport, it does not seem that they are using the same firmware. As far as I know, the only way to flash the RG-1000 with a custom firmware is to use the [[#ForcedReload forced reload]] procedure as described hereunder. As illustrated here, you can use the [http://edge.mcs.drexel.edu/GICL/people/sevy/airport/ RG-1000 Configurator] to ''talk'' to the RG-1000, '''but you will not be able to flash it''': the flash procedure works, but at the end, you still have the original firmware. It looks like it does not want to flash a non-Orinoco firmware... # Start the [http://edge.mcs.drexel.edu/GICL/people/sevy/airport/ RG-1000 Configurator] <br />http://reseaucitoyen.be/albums/rg1000/aau.png # Select ''Discover Devices'' (I have a DHCP server in my network) <br />http://reseaucitoyen.be/albums/rg1000/aav.png <br />Note the 6 hex digits numbers at the end of the ''Device Name'' line (059c62 here): this is the ''Id'' of your RG-1000. It is also printed out on the labels that are under and behind the device. It is actually the initial '''password''' (Community Name) and by the way the last 3 bytes of the mac address of the wireless card (the ones we are using to set the IP :-? ). <br />Thanks to [[RC/PhilippeTeuwen|PhilT]] for this information. # On the main page you can then enter the IP and password you ''discovered'' and ''retrieve configuration''<br />http://reseaucitoyen.be/albums/rg1000/aaw.png # That's it! as said above, you will not be able to flash the RG-1000 from here, so it is it is time to say goodbye to the original firmware and proceed to the next section: the [[#ForcedReload forced reload]] procedure [[Anchor(ForcedReload)]] == Forced Reload Procedure == You will have to use this procedure if for whatever reason your firmware is dead (uploaded bad firmware) or if you have the original Orinoco firmware on your RG-1000. # Power off your RG-1000 # Press the ''Force Reload'' button '''and keep it pressed'''<br />http://reseaucitoyen.be/albums/rg1000/aag.sized.jpg # Power the device on # Wait until the ''Power'' LED turns orange, all others off # Release the the ''Force Reload'' button # Start the [http://edge.mcs.drexel.edu/GICL/people/sevy/airport/ RG-1000 Configurator] <br />http://reseaucitoyen.be/albums/rg1000/aau.png # Select ''Discover Devices'' <br />http://reseaucitoyen.be/albums/rg1000/aba.png <br />Note that the output is not the same as before (a.o. DHCP is not used). # To be able to upload the new firmware, you will have to be in the '''same subnet'''!<br />At this time, reconfigure your interface. On Linux, you can do that very easily by adding a ''virtual'' interface:<br /> # ifconfig eth0:1 153.69.254.1 up # Enter the IP address of the RG-1000 (153.69.254.254) and the password (use '''public''') in the configurator # From the ''File'' menu, select ''Upload new base station firmware'' <br />http://reseaucitoyen.be/albums/rg1000/abb.png # Select the new firmware <br />http://reseaucitoyen.be/albums/rg1000/abc.png # Select Upload firmware with default settings <br />http://reseaucitoyen.be/albums/rg1000/abd.png # The RG-1000 will reboot <br />http://reseaucitoyen.be/albums/rg1000/abe.png # At this stage, do not forget to '''power-off''' the device or the customized firmware will not work (crash in [http://www.etherboot.org Etherboot]) /!\ Note that by default, the RC-1000 customized firmware boots by default with [http://www.etherboot.org Etherboot] and does '''not''' load !KarlBridge. If you still want to load !KarlBridge, you have to disconnect the network cable at boot time. == KarlBridge Firmware == Once you have the !KarlBridge firmware running (either the pristine !KarlBridge or the RC-1000 customized) you can very easily flash new firmwares -- just use the java-based [http://edge.mcs.drexel.edu/GICL/people/sevy/airport/ RG-1000 Configurator] without any special trick. 0 1298 1303 2005-09-27T20:06:06Z Phil 1 wikitext text/x-wiki = Summary = We are using [http://www-hft.ee.tu-berlin.de/~strauman/airport/airport.html Till Straumann's kernel patches] to support the RG-1000. They have been developed for the Linux 2.2 kernel, and I have ''ported'' them to the 2.4 series. All the kernel changes are ''protected'' by the '''CONFIG_RC_1000''' ''define'' which is a selectable option of the '''ELAN''' machine type. These are the main categories of patches: = Modem Console support = The only way to have console output is to use the modem port. <br />This set of patches ensure that all console output is re-directed to the modem port. Of course, the ''serial console'' need to be selected during the kernel build. {i} '''Status''': {OK} no problem. = RG-1000 LED's handling = Driver to handle the RG-1000 LED's. <br />It is used by the other drivers, and provide a fancy user-mode interface through devices. Device ''major'' is '''100'''; ''minors'' are in the table below. As opposed to the Airport, the RG-1000 has 8 LED's. http://reseaucitoyen.be/albums/rg1000/aaf.sized.jpg From top to bottom, we have: {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |Description [[[[Foot Note]](Original usage of the LEDs)]]||Symbol ||Minor Green||Minor Red |- |Power ||o- ||0 ||1 |- |Wireless ||~ ||2 ||3 |- |Ethernet ||o---o ||4 ||5 |- |Modem || |---| ||6 ||7 |} {i} '''Status''': {OK} no problem. = LAN support = Driver to handle the network chip Minor patches to ''driver/net/lance.c'' {i} '''Status''': {OK} no problem. = WLAN support = Driver to handle wireless card This is a bit more complex: the RG-1000 as a PCMCIA bridge which is compatible with a i82365. But we do not want to load the whole PCMCIA/cardmgr stuff. So we have an additional driver -- ''driver/net/wireless/orinoco_rc1000.c'' -- which works like the PLX support (''orinoco_plx.c''): we initialize the PCMCIA bridge, setup the card and pass the control to the original Orinoco drivers. {i} '''Status''': {OK} no problem. = PPPOX support = Support for PPPOX {i} '''Status''': {X} No plan -- not in the scope of the project = Idle Loop = Although I did not find any references of this on the web, my RG-1000 crashes as soon it enters the idle loop. I took me a long time to debug this, but the problem can be easily solved by booting with the ''no-hlt'' command-line parameter. [[Category:RC-1000]] 1332 1303 2005-09-27T22:08:00Z Phil 1 /* RG-1000 LED's handling */ wikitext text/x-wiki = Summary = We are using [http://www-hft.ee.tu-berlin.de/~strauman/airport/airport.html Till Straumann's kernel patches] to support the RG-1000. They have been developed for the Linux 2.2 kernel, and I have ''ported'' them to the 2.4 series. All the kernel changes are ''protected'' by the '''CONFIG_RC_1000''' ''define'' which is a selectable option of the '''ELAN''' machine type. These are the main categories of patches: = Modem Console support = The only way to have console output is to use the modem port. <br />This set of patches ensure that all console output is re-directed to the modem port. Of course, the ''serial console'' need to be selected during the kernel build. {i} '''Status''': {OK} no problem. = RG-1000 LED's handling = Driver to handle the RG-1000 LED's. <br />It is used by the other drivers, and provide a fancy user-mode interface through devices. Device ''major'' is '''100'''; ''minors'' are in the table below. As opposed to the Airport, the RG-1000 has 8 LED's. http://reseaucitoyen.be/albums/rg1000/aaf.sized.jpg From top to bottom, we have: {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |Description (Original usage of the LEDs)||Symbol ||Minor Green||Minor Red |- |Power ||o- ||0 ||1 |- |Wireless ||~ ||2 ||3 |- |Ethernet ||o---o ||4 ||5 |- |Modem || |---| ||6 ||7 |} {i} '''Status''': {OK} no problem. = LAN support = Driver to handle the network chip Minor patches to ''driver/net/lance.c'' {i} '''Status''': {OK} no problem. = WLAN support = Driver to handle wireless card This is a bit more complex: the RG-1000 as a PCMCIA bridge which is compatible with a i82365. But we do not want to load the whole PCMCIA/cardmgr stuff. So we have an additional driver -- ''driver/net/wireless/orinoco_rc1000.c'' -- which works like the PLX support (''orinoco_plx.c''): we initialize the PCMCIA bridge, setup the card and pass the control to the original Orinoco drivers. {i} '''Status''': {OK} no problem. = PPPOX support = Support for PPPOX {i} '''Status''': {X} No plan -- not in the scope of the project = Idle Loop = Although I did not find any references of this on the web, my RG-1000 crashes as soon it enters the idle loop. I took me a long time to debug this, but the problem can be easily solved by booting with the ''no-hlt'' command-line parameter. [[Category:RC-1000]] 0 1299 1304 2005-09-27T20:29:15Z Phil 1 wikitext text/x-wiki = Requirements = * RG-1000 device :-? * TFTP Server * NFS Server * DHCP Server * RC-1000 [http://reseaucitoyen.be ReseauCitoyen] distribution. <br />[http://reseaucitoyen.be/diskless/rc1000/ Download the latest build] <br />It contains 3 files: ** '''''firmware-rc1000.img''''': RG-1000 firware image (!KarlBridge) with [http://www.etherboot.org Etherboot] ** '''''kernel-rc1000.nbi''''': Linux kernel 2.4 in Network Bootable Image format ** '''''root-fs-rc1000.tbz''''': Root filesystem bzipped tarball = Flash the new RG-1000 Firmware = First, you need to re-flash your RG-1000 with the '''''firmware-rc1000.img''''' firmware See the [[Rg Flash]] for more details = Upgrade the Orinoco card Firmware = The RG-1000 contains an Orinoco card with a relatively old firmware. <br />Although not mandatory, I '''strongly''' recommend to upgrade the firmware of the card. You will have to open your RG-1000 (See [http://reseaucitoyen.be/gallery/view_album.php?set_albumName=rg1000 pictures]) <br />Follow these [[RC:OrinocoSilver|instructions]] = TFTP Server = We strongly recommend the use of the ''tftp-hpa'' server. <br />Debian: ''apt-get install tftpd-hpa'' Configuring TFTP is very simple. You just need: tftp dgram udp wait root /usr/sbin/in.tftpd tftpd -v -s /tftpboot in /etc/inetd.conf (/tftpboot is the directory which will contains the boot images). <br />Do not forget to restart inetd after chanfing /etc/inetd.conf: /etc/init.d/inetd reload Copy the firmware into your /tftpboot directory. <br />E.g.: mkdir /tftpboot/rc1000 cp kernel-rc1000.nbi /tftpboot/rc1000 = NFS Server = Debian: ''apt-get install nfs-kernel-server'' <br />or the user-mode version: ''apt-get install nfs-user-server'' Unpack the root image somewhere on your NFS Server. <br />This '''must''' be done as '''''root''''' to preserve the devices et permissions! <br />E.g.: mkdir /home/rc1000 tar xjf root-fs-rc1000.tbz -C /home/rc1000 Export the directory: add a line in ''/etc/exports''. <br />E.g.: /home/rc1000 192.168.1.0/24(rw,no_root_squash,sync) The ''no_root_squash'' option is important to grant full root access to the client. You may want to restrict the address to the single address of the RG-1000 Finally, activate the export (for the kernel-mode version): exportfs -a = DHCP Server = We will need a BootP/DHCP server on the local network <br />Debian (ISC dhcpd 3.0): ''apt-get install dhcp3-server'' Here is an example which show how to configure ISC dhcpd 3.0 (extract of /etc/dhcp3/dhcpd.conf): subnet 192.168.1.0 netmask 255.255.255.0 { # Other declarations... # Etherboot Client Example host rc1000 { option host-name "rc1000"; # Hostname hardware ethernet 00:02:2d:15:2a:af; # Mac address of the node fixed-address rc1000.bulles-dsl; # Assigned IP (DNS will resolve the name) server-name "bulles-nc.bulles-dsl"; # Name of the DHCP server option tftp-server-name "bulles-nc"; # Name of the TFTP server (can be another host than the DHCP server) next-server bulles-nc.bulles-dsl; # Address of the TFTP server filename "/rc1000/kernel-rc1000.nbi"; # Name of the kernel image (NBI format) option root-path "192.168.1.19:/home/rc1000"; # Address of the NFS Server and the directory containing the root image } } = Boot your RG-1000 = Let the magic happen! /!\ '''Note''': The very first boot takes some time, mainly due to the creation of the swap partition on the NFS root == Etherboot == With the RC-1000 custom firmware, the device will '''always''' jump to [http://www.etherboot.org Etherboot] and try to download the Linux kernel. If you want to access !KarlBridge, see the next paragraphs. Ensure the RG-1000 is on the network, and plug the power in. Observe the LEDs: {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |LEDs (Red/Amber sometimes misleading on the picture...) ||Power ||Wireless ||Ethernet ||Modem ||Phase ||Duration |- | http://reseaucitoyen.be/albums/rg1000/aan.jpg ||Amber ||Amber ||Amber ||Amber ||RG-1000 Initialisation ||5 secs |- |http://reseaucitoyen.be/albums/rg1000/aao.jpg ||Red ||Red ||Red ||Red ||Firware Initialisation ||2 secs |- |http://reseaucitoyen.be/albums/rg1000/aaq.jpg ||Red ||- ||Red ||Red ||Network Detected ||4 secs |- |http://reseaucitoyen.be/albums/rg1000/aap.jpg ||Red ||Green ||Green ||Green ||Etherboot started <br />The device will request an IP via DHCP and load linux kernel using TFTP <br />If the RG-1000 stays forever in this status, check your DHCP/TFTP settings||30 secs on first boot <br />10 on reboots |- |http://reseaucitoyen.be/albums/rg1000/aar.jpg ||Amber ||Red ||Red ||Red ||Linux starts <br />Note hat I messed up in the LEDs in the 210304 build it is G-R-R-A||<1 sec |- |http://reseaucitoyen.be/albums/rg1000/aas.jpg ||Amber ||- ||Green Blink||- ||Linux boots ||7 secs |- |http://reseaucitoyen.be/albums/rg1000/aat.jpg ||Green ||- ||- ||- ||Linux ready <br />Wireless and Ethernet LEDs blink Green on access||- |} You can now ''telnet'' to the device! == Booting the KarlBridge firmware == If you want to boot the !KarlBridge firmware, just boot the unit with the network cable disconnected. <br />Reconnect the cable once the devices is started. ''[TODO] Document LEDs statuses'' == Connecting a Console == It is also possible to have access to the Linux Console via the modem port of the RG-1000. # Il faut un 'vrai modem' -- je veux dire par là que le modem doit pouvoir supporter une communication sur laquelle il n'y a pas de courrant(à l'opposé d'une ligne téléphonique). <br />N'importe quel 'vieux machin' doit faire l'affaire, mais ouliez un !WinModem ou la plupart des modems Laptops... # Connecter le modem au RG-1000 en back-to-back (simple cable téléphonique droit) # Connecter le modem au port série du PC (Cable série droit) # Installez minicom sur Linux (ou utiliser WinTel HyperTerm) sur une Debian Sarge: ## En tant que root, installer le package<br />`apt-get install minicom` ## En tant que root, s'ajouter dans le groupe "dialout" <br />`adduser <your_user> dialout` ## En tant qu'utilisateur non privilégié, configurer minicom <br />`minicom -s` ## On tombe dans une interface interactive en mode texte, le seul paramètre à changer est "Configuration du port série / Port série" qui est /dev/modem et que j'ai changé en /dev/ttyS0<br />Ne pas oublier de sauver la config avant de sortir<br />En tant qu'utilisateur non privilégié<br />`minicom` # verifier que le PC parle au modem (e.g. commande ATI) # Booter le RG-1000, dès que les 4 LEDs ambre passent au rouge (pas avant!), appuyez sur 'forced reload' pendant 'un certain temps' (4 rouges -> 3 rouges -> autre chose: a ce point relachez le forced reload) # Dans minicom: initialiser la connection -- l'incantation est: 'ATX1D' # La console se connecte et demande si on veux Etherboot ou le firmware original -- choisir Etherboot ''[TODO] Translate text :-) '' = Install Packages = The root file system (root-fs-rc1000.tbz) included in the distribution contains the bare minimum to boot the system and establish a network connection ('''no wireless at this stage'''). You have to install additional packages to have a fully functional node == Why packages? == The first version of the distribution was ''monolythic''. Easy to install, but a pain to upgrade as you always have to overwrite your previous configuration. Then I came accross [http://handhelds.org/moin/moin.cgi/Ipkg IPKG] and decided to re-package the whole thing with it. Now you just have to install once, update from time to time! == Obtaining packages / configuring ipkg == The official packages feed is available at * Internet: http://reseaucitoyen.be/diskless/rc1000/feeds/stable/ * ReseauCitoyen: ** http://rbulles.bxl.rc/rc1000/feeds/stable/ ** http://10.51.110.172/rc1000/feeds/stable/ If your have internet access, and your DHCP server is well configured (that is: it provides the default gateway, ...) you just need to check the ''nameserver'' entries in ''/etc/resolv.conf'' and you are ready to go! Telnet to your RG-1000, test your connectivity: # ping belnet.be PING belnet.be (193.190.198.53): 56 data bytes 64 bytes from 193.190.198.53: icmp_seq=0 ttl=54 time=13.1 ms ... (Do not attempt to ping reseaucitoyen.be as it does not answer ICMPs!) <br />and update your package list: # ipkg update Downloading http://ReseauCitoyen.be/diskless/rc1000/feeds/stable/Packages Updated list of available packages in /usr/lib/ipkg/lists/stable If you have internet access, but cannot ping ''reseaucitoyen.be'', please check your network configuration -- this is a bit out of the scope of this Install Guide! In case you cannot access ''reseaucitoyen.be'' from your RG-1000, then you can: * Copy the feed to a local system, and update `/etc/ipkg.conf` on the RG-1000 accordingly * Copy the feed to the nfs-mounted partition so that they are directly accessible from the RG-1000 and install directly from file. In any case, please read the [http://handhelds.org/moin/moin.cgi/Ipkg IPKG Documentation] before bugging me :-? == Pre-installed packages == The initial disk image contains the following packages (minimal configuration to be able to boot the RG-1000 and access it through the LAN interface): * base-files (base configuration files, devices, ...) * hosts-file (/etc/hosts) * uclibc (base libraries) * busybox (base utilisties) * diffutils (diff -- needed by ipkg) * ipkg (the key to the rest of the install) == Packages you should install == To have a working node, you should install the following packages: * linux-modules (kernel modules, mainly the drivers for the wireless device) * iptables (firewall) * aodv-uu / aodv-uu-ipt (AOVD-UU without/with my iptables patch) * aodv-uu-cfg (aodv startup scripts) * wtools (wireless tools) * tinyhttp (small http server to get status of the node via the web) # ipkg install linux-modules iptables aodv-uu-ipt wtools tinyhttp Installing linux-modules (2.4.23-rc-1) to root... Downloading http://ReseauCitoyen.be/diskless/rc1000/feeds/stable/linux-modules_2.4.23-rc-1_i386.ipk Installing iptables (1.2.8-1) to root... Downloading http://ReseauCitoyen.be/diskless/rc1000/feeds/stable/iptables_1.2.8-1_i386.ipk Installing aodv-uu-ipt (0.8.1-1) to root... Downloading http://ReseauCitoyen.be/diskless/rc1000/feeds/stable/aodv-uu-ipt_0.8.1-1_i386.ipk Installing aodv-uu-cfg (0.8.1-1) to root... Downloading http://ReseauCitoyen.be/diskless/rc1000/feeds/stable/aodv-uu-cfg_0.8.1-1_i386.ipk Installing wtools (26-1) to root... Downloading http://ReseauCitoyen.be/diskless/rc1000/feeds/stable/wtools_26-1_i386.ipk Installing tinyhttp (1.0.0-1) to root... Downloading http://ReseauCitoyen.be/diskless/rc1000/feeds/stable/tinyhttp_1.0.0-1_i386.ipk Configuring aodv-uu-cfg Configuring aodv-uu-ipt Configuring iptables Configuring linux-modules Configuring tinyhttp Configuring wtools Successfully terminated. Reboot[[[[Foot Note]](It looks like I am not able to reset the wireless card properly at reboot when we use hostap. So it is safer to halt the device, and power-off / power-on the unit)]] to start all the services and you are all set! == Other packages == If needed, you can also install the following packages: * kismet (kismet drone) * libcpp (C++ libraries needed by kismet) * u-olsrd (If you want to experiment with OLSR and join the Guild of the Blue Trappis) * dropbear-sshd (ssh server) * zlib (needed by dropbear) == IPKG and Firewall == Note that once the ''iptables'' package is installed, you will not be able to access the internet anymore, due to the strict firewalling rules. You can relax the protection during the upgrades -- e.g.: # iptables -I OUTPUT -o eth0 -d 212.68.212.217 -j ACCEPT # iptables -I INPUT -i eth0 -s 212.68.212.217 -j ACCEPT Depending on your local configuration, you may need to give access to the nameservers as well... [[Category:RC-1000]] 1333 1304 2005-09-27T22:12:45Z Phil 1 /* Packages you should install */ wikitext text/x-wiki = Requirements = * RG-1000 device :-? * TFTP Server * NFS Server * DHCP Server * RC-1000 [http://reseaucitoyen.be ReseauCitoyen] distribution. <br />[http://reseaucitoyen.be/diskless/rc1000/ Download the latest build] <br />It contains 3 files: ** '''''firmware-rc1000.img''''': RG-1000 firware image (!KarlBridge) with [http://www.etherboot.org Etherboot] ** '''''kernel-rc1000.nbi''''': Linux kernel 2.4 in Network Bootable Image format ** '''''root-fs-rc1000.tbz''''': Root filesystem bzipped tarball = Flash the new RG-1000 Firmware = First, you need to re-flash your RG-1000 with the '''''firmware-rc1000.img''''' firmware See the [[Rg Flash]] for more details = Upgrade the Orinoco card Firmware = The RG-1000 contains an Orinoco card with a relatively old firmware. <br />Although not mandatory, I '''strongly''' recommend to upgrade the firmware of the card. You will have to open your RG-1000 (See [http://reseaucitoyen.be/gallery/view_album.php?set_albumName=rg1000 pictures]) <br />Follow these [[RC:OrinocoSilver|instructions]] = TFTP Server = We strongly recommend the use of the ''tftp-hpa'' server. <br />Debian: ''apt-get install tftpd-hpa'' Configuring TFTP is very simple. You just need: tftp dgram udp wait root /usr/sbin/in.tftpd tftpd -v -s /tftpboot in /etc/inetd.conf (/tftpboot is the directory which will contains the boot images). <br />Do not forget to restart inetd after chanfing /etc/inetd.conf: /etc/init.d/inetd reload Copy the firmware into your /tftpboot directory. <br />E.g.: mkdir /tftpboot/rc1000 cp kernel-rc1000.nbi /tftpboot/rc1000 = NFS Server = Debian: ''apt-get install nfs-kernel-server'' <br />or the user-mode version: ''apt-get install nfs-user-server'' Unpack the root image somewhere on your NFS Server. <br />This '''must''' be done as '''''root''''' to preserve the devices et permissions! <br />E.g.: mkdir /home/rc1000 tar xjf root-fs-rc1000.tbz -C /home/rc1000 Export the directory: add a line in ''/etc/exports''. <br />E.g.: /home/rc1000 192.168.1.0/24(rw,no_root_squash,sync) The ''no_root_squash'' option is important to grant full root access to the client. You may want to restrict the address to the single address of the RG-1000 Finally, activate the export (for the kernel-mode version): exportfs -a = DHCP Server = We will need a BootP/DHCP server on the local network <br />Debian (ISC dhcpd 3.0): ''apt-get install dhcp3-server'' Here is an example which show how to configure ISC dhcpd 3.0 (extract of /etc/dhcp3/dhcpd.conf): subnet 192.168.1.0 netmask 255.255.255.0 { # Other declarations... # Etherboot Client Example host rc1000 { option host-name "rc1000"; # Hostname hardware ethernet 00:02:2d:15:2a:af; # Mac address of the node fixed-address rc1000.bulles-dsl; # Assigned IP (DNS will resolve the name) server-name "bulles-nc.bulles-dsl"; # Name of the DHCP server option tftp-server-name "bulles-nc"; # Name of the TFTP server (can be another host than the DHCP server) next-server bulles-nc.bulles-dsl; # Address of the TFTP server filename "/rc1000/kernel-rc1000.nbi"; # Name of the kernel image (NBI format) option root-path "192.168.1.19:/home/rc1000"; # Address of the NFS Server and the directory containing the root image } } = Boot your RG-1000 = Let the magic happen! /!\ '''Note''': The very first boot takes some time, mainly due to the creation of the swap partition on the NFS root == Etherboot == With the RC-1000 custom firmware, the device will '''always''' jump to [http://www.etherboot.org Etherboot] and try to download the Linux kernel. If you want to access !KarlBridge, see the next paragraphs. Ensure the RG-1000 is on the network, and plug the power in. Observe the LEDs: {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |LEDs (Red/Amber sometimes misleading on the picture...) ||Power ||Wireless ||Ethernet ||Modem ||Phase ||Duration |- | http://reseaucitoyen.be/albums/rg1000/aan.jpg ||Amber ||Amber ||Amber ||Amber ||RG-1000 Initialisation ||5 secs |- |http://reseaucitoyen.be/albums/rg1000/aao.jpg ||Red ||Red ||Red ||Red ||Firware Initialisation ||2 secs |- |http://reseaucitoyen.be/albums/rg1000/aaq.jpg ||Red ||- ||Red ||Red ||Network Detected ||4 secs |- |http://reseaucitoyen.be/albums/rg1000/aap.jpg ||Red ||Green ||Green ||Green ||Etherboot started <br />The device will request an IP via DHCP and load linux kernel using TFTP <br />If the RG-1000 stays forever in this status, check your DHCP/TFTP settings||30 secs on first boot <br />10 on reboots |- |http://reseaucitoyen.be/albums/rg1000/aar.jpg ||Amber ||Red ||Red ||Red ||Linux starts <br />Note hat I messed up in the LEDs in the 210304 build it is G-R-R-A||<1 sec |- |http://reseaucitoyen.be/albums/rg1000/aas.jpg ||Amber ||- ||Green Blink||- ||Linux boots ||7 secs |- |http://reseaucitoyen.be/albums/rg1000/aat.jpg ||Green ||- ||- ||- ||Linux ready <br />Wireless and Ethernet LEDs blink Green on access||- |} You can now ''telnet'' to the device! == Booting the KarlBridge firmware == If you want to boot the !KarlBridge firmware, just boot the unit with the network cable disconnected. <br />Reconnect the cable once the devices is started. ''[TODO] Document LEDs statuses'' == Connecting a Console == It is also possible to have access to the Linux Console via the modem port of the RG-1000. # Il faut un 'vrai modem' -- je veux dire par là que le modem doit pouvoir supporter une communication sur laquelle il n'y a pas de courrant(à l'opposé d'une ligne téléphonique). <br />N'importe quel 'vieux machin' doit faire l'affaire, mais ouliez un !WinModem ou la plupart des modems Laptops... # Connecter le modem au RG-1000 en back-to-back (simple cable téléphonique droit) # Connecter le modem au port série du PC (Cable série droit) # Installez minicom sur Linux (ou utiliser WinTel HyperTerm) sur une Debian Sarge: ## En tant que root, installer le package<br />`apt-get install minicom` ## En tant que root, s'ajouter dans le groupe "dialout" <br />`adduser <your_user> dialout` ## En tant qu'utilisateur non privilégié, configurer minicom <br />`minicom -s` ## On tombe dans une interface interactive en mode texte, le seul paramètre à changer est "Configuration du port série / Port série" qui est /dev/modem et que j'ai changé en /dev/ttyS0<br />Ne pas oublier de sauver la config avant de sortir<br />En tant qu'utilisateur non privilégié<br />`minicom` # verifier que le PC parle au modem (e.g. commande ATI) # Booter le RG-1000, dès que les 4 LEDs ambre passent au rouge (pas avant!), appuyez sur 'forced reload' pendant 'un certain temps' (4 rouges -> 3 rouges -> autre chose: a ce point relachez le forced reload) # Dans minicom: initialiser la connection -- l'incantation est: 'ATX1D' # La console se connecte et demande si on veux Etherboot ou le firmware original -- choisir Etherboot ''[TODO] Translate text :-) '' = Install Packages = The root file system (root-fs-rc1000.tbz) included in the distribution contains the bare minimum to boot the system and establish a network connection ('''no wireless at this stage'''). You have to install additional packages to have a fully functional node == Why packages? == The first version of the distribution was ''monolythic''. Easy to install, but a pain to upgrade as you always have to overwrite your previous configuration. Then I came accross [http://handhelds.org/moin/moin.cgi/Ipkg IPKG] and decided to re-package the whole thing with it. Now you just have to install once, update from time to time! == Obtaining packages / configuring ipkg == The official packages feed is available at * Internet: http://reseaucitoyen.be/diskless/rc1000/feeds/stable/ * ReseauCitoyen: ** http://rbulles.bxl.rc/rc1000/feeds/stable/ ** http://10.51.110.172/rc1000/feeds/stable/ If your have internet access, and your DHCP server is well configured (that is: it provides the default gateway, ...) you just need to check the ''nameserver'' entries in ''/etc/resolv.conf'' and you are ready to go! Telnet to your RG-1000, test your connectivity: # ping belnet.be PING belnet.be (193.190.198.53): 56 data bytes 64 bytes from 193.190.198.53: icmp_seq=0 ttl=54 time=13.1 ms ... (Do not attempt to ping reseaucitoyen.be as it does not answer ICMPs!) <br />and update your package list: # ipkg update Downloading http://ReseauCitoyen.be/diskless/rc1000/feeds/stable/Packages Updated list of available packages in /usr/lib/ipkg/lists/stable If you have internet access, but cannot ping ''reseaucitoyen.be'', please check your network configuration -- this is a bit out of the scope of this Install Guide! In case you cannot access ''reseaucitoyen.be'' from your RG-1000, then you can: * Copy the feed to a local system, and update `/etc/ipkg.conf` on the RG-1000 accordingly * Copy the feed to the nfs-mounted partition so that they are directly accessible from the RG-1000 and install directly from file. In any case, please read the [http://handhelds.org/moin/moin.cgi/Ipkg IPKG Documentation] before bugging me :-? == Pre-installed packages == The initial disk image contains the following packages (minimal configuration to be able to boot the RG-1000 and access it through the LAN interface): * base-files (base configuration files, devices, ...) * hosts-file (/etc/hosts) * uclibc (base libraries) * busybox (base utilisties) * diffutils (diff -- needed by ipkg) * ipkg (the key to the rest of the install) == Packages you should install == To have a working node, you should install the following packages: * linux-modules (kernel modules, mainly the drivers for the wireless device) * iptables (firewall) * aodv-uu / aodv-uu-ipt (AOVD-UU without/with my iptables patch) * aodv-uu-cfg (aodv startup scripts) * wtools (wireless tools) * tinyhttp (small http server to get status of the node via the web) # ipkg install linux-modules iptables aodv-uu-ipt wtools tinyhttp Installing linux-modules (2.4.23-rc-1) to root... Downloading http://ReseauCitoyen.be/diskless/rc1000/feeds/stable/linux-modules_2.4.23-rc-1_i386.ipk Installing iptables (1.2.8-1) to root... Downloading http://ReseauCitoyen.be/diskless/rc1000/feeds/stable/iptables_1.2.8-1_i386.ipk Installing aodv-uu-ipt (0.8.1-1) to root... Downloading http://ReseauCitoyen.be/diskless/rc1000/feeds/stable/aodv-uu-ipt_0.8.1-1_i386.ipk Installing aodv-uu-cfg (0.8.1-1) to root... Downloading http://ReseauCitoyen.be/diskless/rc1000/feeds/stable/aodv-uu-cfg_0.8.1-1_i386.ipk Installing wtools (26-1) to root... Downloading http://ReseauCitoyen.be/diskless/rc1000/feeds/stable/wtools_26-1_i386.ipk Installing tinyhttp (1.0.0-1) to root... Downloading http://ReseauCitoyen.be/diskless/rc1000/feeds/stable/tinyhttp_1.0.0-1_i386.ipk Configuring aodv-uu-cfg Configuring aodv-uu-ipt Configuring iptables Configuring linux-modules Configuring tinyhttp Configuring wtools Successfully terminated. Reboot to start all the services and you are all set! <br />(It looks like I am not able to reset the wireless card properly at reboot when we use hostap. So it is safer to halt the device, and power-off / power-on the unit) == Other packages == If needed, you can also install the following packages: * kismet (kismet drone) * libcpp (C++ libraries needed by kismet) * u-olsrd (If you want to experiment with OLSR and join the Guild of the Blue Trappis) * dropbear-sshd (ssh server) * zlib (needed by dropbear) == IPKG and Firewall == Note that once the ''iptables'' package is installed, you will not be able to access the internet anymore, due to the strict firewalling rules. You can relax the protection during the upgrades -- e.g.: # iptables -I OUTPUT -o eth0 -d 212.68.212.217 -j ACCEPT # iptables -I INPUT -i eth0 -s 212.68.212.217 -j ACCEPT Depending on your local configuration, you may need to give access to the nameservers as well... [[Category:RC-1000]] 0 1300 1305 2005-09-27T20:31:19Z Phil 1 wikitext text/x-wiki = Comment connait on l'adresse mac du rg-1000 (côté filaire)? = En regardant dans /var/log/syslog (du serveur dhcp sur lequel le rg-1000 est installé) il y est indiqué les requètes des client dhcp ( donc en allument le rg-1000 la mac devrait s' afficher ) Pour voir le syslog en temps reel # tail -f /var/log/syslog = Une fois que le RG-1000 boot corectement que puis-je faire pour avoir des informations en temps réel sur ce dernier? = En se connectant en telnet: # telnet 192.168.1.n(=adresse du rg-1000) et là iwconfig, ifconfig, ps -aux,... <br />Toute vos commandes favorites fonctionneront Alternativement, la page web `http://<Adresse RG-1000>/` donne un résumé... = Où puis je configurer l'arret ou le redemarrage d'aodv ou olsr? = Toujours en telnet sur le rg-1000, == AODV == /etc/init.d/aodv-uu.sh {start|stop} Les options runtime peuvent être configurés dans /etc/default/aodv-uu == OLSR == Il n'y a pas de scripts de démarrage pour l'instant... = Comment puis-je changer le channel de la config wireless du rg-1000? = /etc/default/wtools = Je veux autoriser certaines personnes du nuage aodv a accèder a mon noeud = exemple: pour que le citoyen ai accès a mon serveur web (!) || la distrib rc1000 lance un petit serverweb sur le port 80; le mieux est de le changer en 8080 dans /etc/default/tinyhttp|| -je dois dire au rg-1000 d accepter les demandes sur le port 80 # iptables -I FORWARD -i wlan0 -o eth0 -d 192.168.1.50 -p tcp --destination-port 80 -j ACCEPT -je dois dire au rg-1000 de forwarder tout ce qui arrive du coté wlan0 (wifi) vers le serveur local ( 192.168.1.50 dans l exemple ) # iptables -t nat -I PREROUTING -i wlan0 -p tcp --dport 80 -j DNAT --to 192.168.1.50:80 = Je veux ajouter une route a mon reseau local pour qu il aie acces au nuage aodv = connectez vous en root sur la machine qui est relié au rg-1000: tapez cette commande ( <tt><nowiki>192.168.1.12=adresse du rg-1000</nowiki></tt> ) # route add -net 10.0.0.0/8 gw 192.168.1.12 [[Category:RC-1000]] 0 1301 1306 2005-09-27T20:49:41Z Phil 1 wikitext text/x-wiki = Operation Panik = [[Operation Panik]] est un petit projet qui a pour but de tester un streaming audio entre 2 noeuds [http://reseaucitoyen.be ReseauCitoyen]. Les informations relative a ce projet sont centralisées dans ce wiki. = Index = * [[Matériel Panik]]: matériel utilisé * [[Logiciel Panik]]: configuration logicielle des systèmes * [[Tests Panik]]: notes sur les tests effectués * [[Installation Panik]]: notes relatives a l'installation sur site * [[Déploiement Panik]]: Mise en production = Etat d'avancement = * Environnement défini * Noyeau compilé * Josaphat terminé * Panik terminé = A faire = * Investiguer le bug ''ogg123'' (voire [[Logiciel Panik]] -- Faible priorité) * Mettre la configuration en production [[Category:Opération Panik]] 1309 1306 2005-09-27T20:52:48Z Phil 1 OperationPanik moved to OpérationPanik wikitext text/x-wiki = Operation Panik = [[Operation Panik]] est un petit projet qui a pour but de tester un streaming audio entre 2 noeuds [http://reseaucitoyen.be ReseauCitoyen]. Les informations relative a ce projet sont centralisées dans ce wiki. = Index = * [[Matériel Panik]]: matériel utilisé * [[Logiciel Panik]]: configuration logicielle des systèmes * [[Tests Panik]]: notes sur les tests effectués * [[Installation Panik]]: notes relatives a l'installation sur site * [[Déploiement Panik]]: Mise en production = Etat d'avancement = * Environnement défini * Noyeau compilé * Josaphat terminé * Panik terminé = A faire = * Investiguer le bug ''ogg123'' (voire [[Logiciel Panik]] -- Faible priorité) * Mettre la configuration en production [[Category:Opération Panik]] 1311 1309 2005-09-27T20:53:25Z Phil 1 OpérationPanik moved to Opération Panik wikitext text/x-wiki = Operation Panik = [[Operation Panik]] est un petit projet qui a pour but de tester un streaming audio entre 2 noeuds [http://reseaucitoyen.be ReseauCitoyen]. Les informations relative a ce projet sont centralisées dans ce wiki. = Index = * [[Matériel Panik]]: matériel utilisé * [[Logiciel Panik]]: configuration logicielle des systèmes * [[Tests Panik]]: notes sur les tests effectués * [[Installation Panik]]: notes relatives a l'installation sur site * [[Déploiement Panik]]: Mise en production = Etat d'avancement = * Environnement défini * Noyeau compilé * Josaphat terminé * Panik terminé = A faire = * Investiguer le bug ''ogg123'' (voire [[Logiciel Panik]] -- Faible priorité) * Mettre la configuration en production [[Category:Opération Panik]] 1314 1311 2005-09-27T20:55:34Z Phil 1 /* Operation Panik */ wikitext text/x-wiki = Operation Panik = [[Opération Panik]] est un petit projet qui a pour but de tester un streaming audio entre 2 noeuds [http://reseaucitoyen.be ReseauCitoyen]. Les informations relative a ce projet sont centralisées dans ce wiki. = Index = * [[Matériel Panik]]: matériel utilisé * [[Logiciel Panik]]: configuration logicielle des systèmes * [[Tests Panik]]: notes sur les tests effectués * [[Installation Panik]]: notes relatives a l'installation sur site * [[Déploiement Panik]]: Mise en production = Etat d'avancement = * Environnement défini * Noyeau compilé * Josaphat terminé * Panik terminé = A faire = * Investiguer le bug ''ogg123'' (voire [[Logiciel Panik]] -- Faible priorité) * Mettre la configuration en production [[Category:Opération Panik]] 14 1302 1307 2005-09-27T20:50:15Z Phil 1 wikitext text/x-wiki [[Operation Panik]] est un petit projet qui a pour but de tester un streaming audio entre 2 noeuds [http://reseaucitoyen.be ReseauCitoyen]. 1318 1307 2005-09-27T21:09:13Z Phil 1 wikitext text/x-wiki [[Opération Panik]] est un petit projet qui a pour but de tester un streaming audio entre 2 noeuds [http://reseaucitoyen.be ReseauCitoyen]. 0 1303 1308 2005-09-27T20:52:15Z Phil 1 wikitext text/x-wiki = Coté émission (Panik) = == PC == Un RC:CitizenBac est utilisé: * Pentium 150 Mhz * 64 MB RAM (vérifiée avec [http://www.memtest86.com/ MemTest86]) * 1.6 GB Hard Disk (vérifié avec ''badblocks'') * Carte réseau SMC Ultra * Bridge PCMCIA ISA == Wifi == * Carte: PCMCIA Cisco 350 ou RC:EnGenius * Antenne: RC:RubberDuck via un pigtail RP-TNC = Coté réception (Josaphat) = == PC == Un PC ''tour'': * Pentium 200 Mhz MMX * 160 MB RAM (vérifiée avec [http://www.memtest86.com/ MemTest86]) * 1282 MB Hard Disk (vérifié avec ''badblocks'') * Carte son: Creative SB16 PnP == Wifi == * Carte: PCMCIA RC:EnGenius * Antenne: Omni 8 dBi via un pigtail N et un cable Ecoflex N/N == Problèmes résolus == * La carte perd son setup lorsqu'elle est débranchée. <br />Pile remplacée {OK} * 165 badblocks sur ke disque. <br />Disque changé {OK} = Problème hardware (pour référence) = Historique du problème hardware sur le RC:CitizenBac. <br />La machine a été remplacée J'ai détecté plusieurs comportements bizarres du système: * Un core dump lors de l'install * Une erreur de pagination au shutdown * Une corruption disque Si le hardware ne peux pas formellement être mis en cause dans les 2 premiers cas, le troisème est formellement identifié: cmp -bl /lib/modules/2.4.27-rc-1-386/kernel/drivers/ide/ide-core.o kernel/drivers/ide/ide-core.o 105379 0 ^{@ 3}C 106403 1 ^{A 3}C Cette corruption c'est produite à l'installation d'un nouveau noyeau pendant la création du initrd. Plusieurs causes sont probables: * Problème disque * Problème mémoire / cache (seuls 2 bytes du fichier sont affectés) * Problème de la carte mère en général (ben il a marche pendant plus d un an --eg) Aucun message d'erreur dans les logs.... /!\ plan d'action: * Test intensif de la mémoire (avec [http://www.memtest86.com/ MemTest86]) <br /> {OK} Quatre passes complètes sans erreur (16 heures de test!) * Test intensif du disque (avec badblocks -- le disque est ATA-1 et n'a pas d'infos SMART) <br /> X-( le disque a l'air d'avoir des problèmes intermitants: badblocks me renvoie une dizaine de blocs, je relance la commande en redirigeant la liste des blocks dans un fichier: plus d'erreur... * Autres tests <br /> {OK} Le processeur reste tiède avec cpuburn -- pas de problème de ce coté <!> Suite au résultats des tests précédents, je décide d'utiliser un autre disque... * Test pour badblocks dans une autre machine: pas de problème * Première partie de l'install de Sarge dans une autre machine: pas de problème * Install du HD dans la machine cible, continuation de l'install: corruption d'une librairie, impossible de finir l'install X-( <!> Pour préciser le problème, je reprend au début: * Install complet de Sarge a partir d'une autre machine: tout bon * Install du HD dans la machine cible: pas de problème au boot * Je décide alors de ''charger'' la machine en copiant le répertoire /usr et en vérifiant la consistance des données. <br />La procédure tourne toute la nuit sans corruptions... * Comme la plupart des problèmes on été rencontrés lors/suite à l'install de paquets Debian, je change mon script de test et fais la copie via <br />`tar -czf - | tar -xzf -` <br />et oh surprise après quelques minutes la machine se meurt avec des <br />`kernel: Unable to handle kernel paging request at virtual address ...` <br />De plus le problème est maintenant reproductible! Ce type de problème est généralement logiciel, mais il se produit ici avec avec une installation Sarge de base, ce qui est vraiment bizarre... <br />L'analyse du stack trace des Oopses ne révèle pas grand chose: * Aucun module exotique dans le stack * Se produit a des endroits différents * Est lié à la gestion disque/mémoire (allocation d'inode, swap, ...) A ce stade il est difficile d'apporter un conclusion formelle sur l'origine du problème. Bien qu'on puisse pousser les tests plus loin (étude du comportement sous Debian Woody par exemple), nous sommes de toutes façons en présence d'un système instable. <br />Je pense qu'il vaut mieux éviter d'installer un noeud sur des bases malsaines et suggère l'utilisation d'une autre machine. [[Category:Opération Panik]] 0 1 1313 1278 2005-09-27T20:55:15Z Phil 1 wikitext text/x-wiki = About this Wiki = This wiki has been initially setup to support the design and the development of [[Bubble]] version 2. Over time, it became the host of other projects loosely coupled to [http://www.reseaucitoyen.be ReseauCitoyen]. = Contents = * [[Bubble]]: A mini Linux distribution designed to run a wireless [http://www.reseaucitoyen.be ReseauCitoyen] node. * [[RC-1000]]: transform an Orinoco RG-1000 into a [http://www.reseaucitoyen.be ReseauCitoyen] node * [[Opération Panik]]: Audio Streaming for [http://www.reseaucitoyen.be ReseauCitoyen] Testimonial * [[GestionReseauCitoyen]]: Node logbook * [[AodvOpenWrt]]: Some notes about running AODV-UU on [http://openwrt.org OpenWrt] * [[NoeudBulles]]: This wiki is also the main site of the bulles.bxl.rc [http://www.reseaucitoyen.be ReseauCitoyen] node. 1321 1313 2005-09-27T21:18:32Z Phil 1 /* Contents */ wikitext text/x-wiki = About this Wiki = This wiki has been initially setup to support the design and the development of [[Bubble]] version 2. Over time, it became the host of other projects loosely coupled to [http://www.reseaucitoyen.be ReseauCitoyen]. = Contents = * [[Bubble]]: A mini Linux distribution designed to run a wireless [http://www.reseaucitoyen.be ReseauCitoyen] node. * [[RC-1000]]: transform an Orinoco RG-1000 into a [http://www.reseaucitoyen.be ReseauCitoyen] node * [[Opération Panik]]: Audio Streaming for [http://www.reseaucitoyen.be ReseauCitoyen] Testimonial * [[Gestion RéseauCitoyen]]: Node logbook * [[AodvOpenWrt]]: Some notes about running AODV-UU on [http://openwrt.org OpenWrt] * [[NoeudBulles]]: This wiki is also the main site of the bulles.bxl.rc [http://www.reseaucitoyen.be ReseauCitoyen] node. 1328 1321 2005-09-27T21:32:55Z Phil 1 /* Contents */ wikitext text/x-wiki = About this Wiki = This wiki has been initially setup to support the design and the development of [[Bubble]] version 2. Over time, it became the host of other projects loosely coupled to [http://www.reseaucitoyen.be ReseauCitoyen]. = Contents = * [[Bubble]]: A mini Linux distribution designed to run a wireless [http://www.reseaucitoyen.be ReseauCitoyen] node. * [[RC-1000]]: transform an Orinoco RG-1000 into a [http://www.reseaucitoyen.be ReseauCitoyen] node * [[Opération Panik]]: Audio Streaming for [http://www.reseaucitoyen.be ReseauCitoyen] Testimonial * [[Gestion RéseauCitoyen]]: Node logbook * [[Wrt Citoyen]]: Some notes about running AODV-UU / OLSR on [http://openwrt.org OpenWrt] * [[Noeud Bulles]]: This wiki is also the main site of the bulles.bxl.rc [http://www.reseaucitoyen.be ReseauCitoyen] node. 1334 1328 2005-09-28T12:16:50Z Phil 1 wikitext text/x-wiki = About this Wiki = This wiki has been initially setup to support the design and the development of [[Bubble]] version 2. Over time, it became the host of other projects loosely coupled to [http://www.reseaucitoyen.be RéseauCitoyen]. = Contents = * [[Bubble]]: a mini Linux distribution designed to run a wireless [http://www.reseaucitoyen.be RéseauCitoyen] node. * [[RC-1000]]: transform an Orinoco RG-1000 into a [http://www.reseaucitoyen.be RéseauCitoyen] node * [[Opération Panik]]: audio streaming for [http://www.reseaucitoyen.be RéseauCitoyen] Testimonial * [[Gestion RéseauCitoyen]]: node logbook * [[Wrt Citoyen]]: some notes about running AODV-UU / OLSR on [http://openwrt.org OpenWrt] * [[Noeud Bulles]]: this wiki is also the main site of the bulles.bxl.rc [http://www.reseaucitoyen.be RéseauCitoyen] node. 0 1306 1315 2005-09-27T21:02:44Z Phil 1 wikitext text/x-wiki = Base = La base installée est une [http://www.debian.org Debian] Sarge = Packages installés = En plus de l'installation de base de Sarge, les packages suivants sont installés: <br />Pour faciliter la maintenance, on vise une installation '''minimale'''... == Installation typique d'un noeud == * Système ** bzip2 ** (gawk) ** less ** iptraf ** modconf ** nmap ** tcpdump ** traceroute ** ssh * Wifi ** kismet n'est pas installé car les dépendances sont trop nombreuses ( @) il semble que dans Sarge kismet dépende de X) ** iperf ** wavemon ** wireless-tools * NTP ** ntp ** ntp-server ** ntp-simple ** ntpdate * Divers ** links == Besoins particuliers == Les paquets suivants ne sont installés que si nécessaire: * Supervision de processus ** daemontools ** svtools * Audio ** aumix ** cdtool ** sox ** vorbis-tools * Portables Toshiba ** toshset (permet d'activer le ventilateur, etc, ....) = Noyeau = Nous utiliserons un noyeau 2.4.27 qui est actuellement la dernière version stable de la série 2.4. Particularités: * Compilé pour une architecture i386 de manière a tourner su n'importe quel hardware * Patches Debian * Patch Orinoco pour le support du mode moniteur (kismet) * Drivers [http://hostap.epitest.fi/ HostAP] 0.2.4 * Utilisation des drivers PCMCIA du noyeau = AODV = On utilise RC:AodvUu dans sa dernière version: 0.8.1 Le démarrage d'AODV se fait via les scripts ifupdown (voir RC:InstallerAodvUu / Binaires pour Debian) = Streaming = Nous avons donc 3 machines en jeu: * '''Studio''' qui fournit le stream * '''Panik''' ne sert que de passerelle entre le RC:ReseauCitoyen et '''Studio''' * '''Josaphat''' machine client La suite logicielle utilisée est [http://www.icecast.org/ices.php Ices 2] / [http://www.icecast.org IceCast] / [http://www.vorbis.com OggVorbis] = Configuration des Systèmes = == Généralités == Le fichier RC:FichierHostsPointsBleus est utilisé <br />Les requetes DNS sont désactivées dans ''/etc/nsswitch.conf'' afin d'éviter des requètes DNS non désirées. == Studio == === Configuration === Pour réaliser les tests, j'ai configuré une machine en serveur [http://www.icecast.org IceCast]: * [http://www.icecast.org/ices.php Ices 2] lit l'entrée ligne de la carte son, fait le rééchantillonage, l'encodage OGG et fournit l'entrée à [http://www.icecast.org IceCast] * [http://www.icecast.org IceCast 2.0.1] diffuse le stream On utilise aumix pour sélectionner la source et régler le volume. Points importants: * La source à diffuser est celle qui est marquée comme 'R' (Record) dans aumix * La seule façon de régler le volume pour [http://www.icecast.org/ices.php Ices] est le curseur ''IGain''. Les autre curseur n'influencent que la sortie son 'locale'. <br />Le son au départ était trop fort, il a fallu diminuer pour éviter de saturer (curseur ''IGain'' sur 50/60%) L'encodage [http://www.icecast.org/ices.php Ices] prend environ 6% du cpu du serveur (AMD 1GHz), l'impact de [http://www.icecast.org IceCast] est négligeable. <br />Par contre sur un Pentium 133MHz, [http://www.icecast.org/ices.php Ices] utilises 60 à 70% des resources! La machine utilise Panik comme gateway vers le RC:ReseauCitoyen: route add -net 10.0.0.0/8 gw 192.<panik> === Maintenance === Pas de maintenance particulière -- s'assurer que la route vers le RC:ReseauCitoyen est toujours définie. Le plus simple est de l'ajouter dans ''/etc/network/interfaces''; par exemple: auto eth0 iface eth0 inet dhcp up route add -net 10.0.0.0/8 gw 192.<panik> == Panik == === Configuration === La configuration du noeud est assez simple. Le seul point particulier est la configuration de la passerelle vers ''Studio''. <br />Comme on ne peux pas faire ''simplement'' une passerelle avec RC:AodvUu, Panik fait du DNAT pour donner acces au stream: iptables -t nat -I PREROUTING -i wlan0 -s 10.<josaphat> -p tcp --dport 8000 -j DNAT --to 192.<studio>:8000 et Masquerade le sous-réseau privé: iptables -t nat -A POSTROUTING -s 192.168.1.0/24 -o wlan0 -j SNAT --to 10.<panik> La machine est configurée avec une adresse IP fixe du coté filaire (192.168.1.128). <br />Coté wifi, l'adresse est attribuée sur base de la MAC-Address de la carte (10.154.69.107) === Maintenance === Aucune opération nécessaire au boot. Toute la configuration réseau est centralisé dans ''/etc/network/interfaces''. == Josaphat == === Configuration === On utilise le décodeur ogg123 de [http://www.vorbis.com OggVorbis] pour la lecture du stream (voir ci-dessous pour les détails). <br />L'adresse du serveur est celle de ''Panik'' qui relaie vers ''Studio'' ogg123 -v http://10.<Panik>:8000/ReseauCitoyen.ogg Le niveau sonore est ici aussi ajusté via aumix. c'est l'entrée ''PCM'' qu'il faut ici ajuster. Le délais entre l'émission et la réception est d'environ 10 secondes. <br />Même avec un bit rate relativement faible (qualité 0, débit d'environ 35 kbps, en mono) la qualité du son est impecable. Ogg123 utilise environ 5% du CPU de la machine (Pentium 200 MHz) La machine est configurée avec une adresse IP fixe du coté filaire (192.168.1.129) -- Non utilisé. <br />Coté wifi, l'adresse est attribuée sur base de la MAC-Address de la carte (10.8.39.138) === Maintenance === Aucune opération nécessaire au boot. Toute la configuration réseau est centralisé dans ''/etc/network/interfaces''. Pour s'assurer que ogg123 tourne en permanence, il est supervisé par les [http://cr.yp.to/daemontools.html DaemonTools] et est rédémaré en cas de problème. <br />Quelques pointeurs utiles: * La ligne de commande exacte pour démarrer ogg123 se trouve dans le fichier ''/etc/sv/Stream Panik/run''. <br />Pour des raisons pratiques ce script ne contient que l'appel de ''/usr/local/sbin/stream-panik''. Ce dernier devra être adapté: ** en fonction de la fréquence de l'échantillonage de la source [http://www.icecast.org/ices.php Ices2] (initialement configuré pour 22050 Hz); ** si l'adresse de ''Panik'' change * Le service est redémarré tous les jours à 3:30 du matin, de manière à ''rafraichir'' ogg123. Cela est configuré dans le ''cron'', fichier: ''/etc/cron.d/stream-panik'' * Arrêt / Démarrage / Re-demarage: <br />''/etc/init.d/stream-panik {start|stop|restart}'' * Activation / Désactivation (lorsque le service est ''désactivé'', il n'est plus démarré au boot, ni redémarré la nuit. Si on ne se sert pas du streaming, il faut le désactiver sinon il va tenter de le démarrer indéfiniment): <br />''/etc/init.d/stream-panik {enable|disable}'' * Voire les logs: <br />''mltail Stream Panik'' /!\ '''En cas de problème de streaming''': pour le redemarrer il faut: * Soit ''tuer'' le client dans [http://www.icecast.org IceCast], le stream sera redémarré automatiquement * Soit executer la commande suivant sur ''josaphat'': <br />''/etc/init.d/stream-panik restart'' = Problèmes rencontrés et Solutions = == Décalage dans le stream == Après environ 12 heures de streaming, les buffers (Input et Output) de ogg123 se sont retrouvés proches de 0%, avec pour conséquence de légères coupures dans la restransmition. <br />Si le problème se résoud facilement par un re-démarrage de ogg123, cela pose un problème pour une utilisation 24h/24h. '''D'où vient le problème?''' Ce n'est pas un problème de bande passante, la demande su stream est faible. Pour s'en convaincre, on peux réduire la vitesse du lien (`iwconfig rate 2M`) et démarrer un second ogg123 sans affecter la performance. Une interprétation est que Josaphat joue légèrement plus vite que Studio ne produit: en effet, Josaphat ne peut lire plus vite que ce qui est disponible et au fil des heures on voit le buffer d'entée diminuer; lorsque le buffer d'entrée atteint 0, la vitesse de conversion ogg diminue puisque le convertisseur doit attendre des données; on voit alors le buffer de sortie qui n'est plus approvisionné au même rythme qu'il est vidé et il commence lui aussi à se vider. Lorsque les 2 buffers sont vides il n'y a plus rien à diffuser et donc on a des microcoupures dans le son... <br />Une autre interprétation est qu'un décalage est introduit par Studio lors du re-sampling entre l'entrée et la sortie dans [http://www.icecast.org/ices.php Ices2] (48k vers 24K ici). Si la carte son n'est pas '''exactement''' sur 48k, on va générer un décalage. <br />Dans notre cas, la première option est à priviligier -- le décalage étant pratiquement inexistant avec ogg123 tournat sur un autre PC. Pour être complet, cela n'a pas l'air d'être lié à l'horloge du PC: j'ai synchronisé les 2 machines avec [http://www.ntp.org/ NTP] et cela ne change rien. '''Comment y remédier?''' Je présume qu'il est pratiquement impossible d'avoir des systèmes parfaitements synchronisés. On pourrait envisager une amélioration de ogg123 qui dans ce cas de figure ''recharge'' ses buffers plutôt que de continuer à travailler à la limite. Sans toucher au software on peut: * Augmenter la taille des buffers. <br />Cela ne fait que de reporter le problème et augmente légèrement le décalage du stream, mais c'est toujours ça de gagné! * Augmenter le ''pre-buffering'' de manière a mieux utiliser le buffer d'input. <br />''Attention toutefois à ne pas avoir le phénomène inverse au cas où, en changeant de hardware, le lecteur serait plus lent...'' * Redémarrer ogg123 toutes les nuits. <br />Avec une interruption de retransmission de quelques secondes. Ce n'est pas l'idéal mais je ne vois pas d'alternative dans l'immédiat. Concernant la taille des buffers, la lecture des sources nous révèle que: * La taille par défaut buffer d'entrée est de 64k * La taille par défaut buffer de sortie est de 128k * Le ''pre-buffering'' par défaut est de 50% Comme nous ne sommes pas trop limités en mémoire sur Josaphat, j'ai effectué un test avec 256k pour l'entrée, 512k pour la sortie avec un ''pre-buffering'' de 75% (comme le buffer d'entrée remplit en une fois le buffer de sortie, il se vide de 25% pratiquement en une fois et se stabilise aux alentours de 50-55%). <br />Ce test de 24 heures confirme les premières observation: avec le hardware utilisé, le lecteur (Josaphat) lit une seconde plus vite par heure que le serveur de stream (Studio), donc de manière régulière: 12 secondes après 12 heures et 24 en 24 heures. Le buffer d'entrée lui a perdu 30-35% de sa capacité, soit 80-90 kB, ce qui est consistant avec le débit: 24 s à 30 kbps = 90 kB. <br />Donc un buffer d'entrée de 256k rempli à 50% au départ permet sans problème une déviation de +/- une seconde par heure sur 24 heures. <br />La grande taille du buffer de sortie n'apporte rien ici, si ce n'est un décalage excessif entre le direct et la diffusion (47 secondes au départ avec les paramètres ci-dessus). <br />Les parametres recommandés pour ce bit rate sont donc: ogg123 --verbose \ --buffer 256 --prebuffer 60 --audio-buffer 128 \ --device oss \ http://10.51.110.172:8000/ReseauCitoyen.ogg Pour gérer tout cela, pas la peine de réinventer l'eau chaude, on utilise les [http://cr.yp.to/daemontools.html DaemonTools] de [http://cr.yp.to/djb.html D.J. Bernstein]. == Corruption du Stream == Les tests de longue durée ont révélé une corruption du stream -- probablement un bug dans la gestion des buffers de ogg123... Après ''un certain temps'', un bruit parasite (un ''toc'') est introduit dans le stream. Le bruit se répète à intervalle régulier (à chaque ''tour'' dans le buffer). J'ai effectué plusieurs tests, et ce problème est tout a fait reproductible: le stream est ''parfait'' jusqu'à un certain point, et une fois la corruption introduite, elle reste présente at garde le même cycle que la latence du stream (c'est-à-dire de plus en plus fréquent puisque le latence diminue avec la diminution de l'occupation du buffer du au problème précédent. <br />La corruption se produit après environ 12:30 d'écoute (à affiner) Ici aussi, une solution possible serait de redémarrer le stream toutes les 12 heures, mais cela implique une interruption en journée. '''Cause du problème''': Nous avons un streaming à 24 kHz en 16 bits mono (1 canal). Cela nous fait 384 kbps; on atteind donc 2 GB en 12h 25m 39s! <br />La cause est plus que probablement un dépassement d'entier signé sur 32 bits. Reste à trouver où! Quelques observation: * [http://www.xmms.org/ XMMS] n'a pas ce problème -- j'ai ''joué'' plus de 39 heures parfaitement. * Bien que la grande majorité drivers ''OSS'' comptent les bytes joués dans un ''int'' (''count_info.bytes''), cette information n'est disponible que via un ''ioctl'' que ogg123 n'utilise pas * Un output via ''aRts'' au lieu de ''OSS'' en direct génère le même problème * Un output via ''raw | sox'' au lieu de ''OSS'' en direct génère le même problème (!) Nouveau (27-Sep-04): le by-pass du buffer de sortie de ogg123 semble résoudre le problème: ogg123 --verbose \ --buffer 256 --prebuffer 60 --audio-buffer 0 \ --device raw -f - \ http://10.51.110.172:8000/ReseauCitoyen.ogg | sox -t raw -r 24000 -w -s - -t ossdsp -r 48000 /dev/dsp C'est un point important, car cela: * précise où se situe le problème (ce n'est donc pas un problème de pilote OSS ou de décodage ogg) * offre un ''workaround'' Le noeud est maintenant configuré de cette façon. [[Category:Opération Panik]] 0 1307 1316 2005-09-27T21:05:55Z Phil 1 wikitext text/x-wiki Cette page reprend le schéma général des tests. Les problèmes/solutions sont décrits dans [[Matériel Panik]] et [[Logiciel Panik]] = Semaine du 13 Septembre 2004 = Tests hardware = Semaine du 20 Septembre 2004 = Test de streaming 24h/24h Test de tous les systèmes dans leur configuration finale ''en labo'' = Semaine du 27 Septembre 2004 = Tests de stabilité: * tous les système sont en ''configuration réelle'': sans clavier / écran / ... * déplacement du matériel pour ** Dégrader la qualité du signal Wifi ** Générer du routage AODV ** Diminuer le niveau sonore du labo (qui est mon lieu de travail) <br /> <br />La configuration physique est maintenant: ** Panik: garage (niveau 0) ** Perturbation: AP et client sur le canal 6 (niveau 1) ** Josaphat: niveau 2 ** wrt-ivan (en mode RC:ReseauCitoyen): niveau 3 ** [[RC:NoeudBulles]]: sur le toit ** Perturbation: 1 AP dans la rue (non identifié mais suffisemment proche pour avoir un bon signal) [[Category:Opération Panik]] 0 1308 1317 2005-09-27T21:08:43Z Phil 1 wikitext text/x-wiki = Quand? = Date prévue: le Samedi 2 Octobre. RC:IvanMarkoff propose rendez-vous vers 10H30 chez lui: <br />rue Potagère, 103 <br />pour préparer le câble et vérifier le matos RC:IvanMarkoff viens de téléphoner à Serge. Il ne pourra pas venir avant 13h. <br />Mais pas de problèmes, il apportera les clefs de panik la veille vendredi pm. Donc: * Quelques jours avant l'install : ** Dresser la liste des points joignables depuis Josaphat. ** Le plus simple serait de sauver la page RC:ExtensionPlanAdressage sur le laptop qui fera partie du matériel d'install (Phil - OK) ** Contacter toutes les personnes pouvant participer aux tests de chez eux *** Said OK : mettra le noeud tagawa en mode RC:ReseauCitoyen *** Guy : à faire - message sur répondeur *** Gilles : à faire * Vendredi ** vers 13h Serge dépose les clefs de Panik (rue St-Josse) chez ivan * Samedi ** rendez-vous chez RC:IvanMarkoff vers 10h30 ** Vers 11h30, installation panik ** Vers 12h30 on bouffe près de Josaphat et on téléphone à Serge pour lui donner l'adresse du resto où on l'attend ** 13h30 install josaphat = Pré-Install = Lister ici ce qu'il faut encore faire, acheter, ... avant le jour de l'install * ... = Ne pas oublier = Pour le jour de l'install == Matériel a amener == '''Panik''' * Hardware ** PC + bridge ISA/PCMCIA + carte pcmacia cisco aironet ''(Phil - OK)'' ** pigtail mmcx to rp tnc femelle ''(Phil - OK)'' ** antenne rubber duck rp tnc mâle ''(Phil - OK)'' ** bac + rallonge électrique 15m ''(ivan - OK)'' ** câble Ethernet long + croiseur + câble court ''(sur place)'' * Outillage ** rien * Quincaillerie ** rien '''Josaphat''' *Hardware ** PC + bridge ISA/PCMCIA + carte pcmacia engenius ''(Phil - OK)'' ** pigtail mmcx to N mâle ''(ivan - OK)'' ** câble ecoflex15 (20m) + 1 connecteur N femelle + 1 connecteur N mâle ''(ivan - OK)'' ** antenne 9dBi tilt 0° (N femelle) + attache et colliers ''(ivan - OK)'' ** pied photo pour support antenne pour essai avant install définitive ''(ivan - OK)'' ** .... ? * Outillage ** Foreuse à percussion pneumatique + mèches ''(ivan - OK)'' ** visseuse portative bas de gamme, si quelqu'un a mieux, c'est le bienvenu ''(ivan - à préparer)'' ** visseuse portative milieu de gamme ''(Phil - OK)'' ** niveau d'eau ''(ivan - à préparer)'' ** ... ? * Quincaillerie ** allonge étectrique (5 m) + prise multiple (2 m) pour relier le PC au secteur ''(ivan OK)'' ** attaches pour câbles éléctriques 16mm ''(ivan OK)'' ** vis + chevilles ''(ivan OK)'' ** 2 équerres pour étagère pour PC ''(ivan - OK)'' ** 1 planche pour étagère ''(ivan - OK)'' ** petites vis pour fixer la planche sur les équerres ''(ivan - OK)'' ** bande auto-amalgamante pour connecteur antenne ''(ivan OK)'' ** ... ? '''Matériel concernant les 2 points et divers''' * Portable et cable réseau croisé pour se connecter aux noeuds si nécessaire: ''(Phil - OK)'' * Frein filet (pour les attaches d'antenne): ''(Phil - OK)'' * Appareil photo ''(Phil - OK)'' * Carte et plan de Bruxelles ''(ivan - OK)'' * Jumelles ''(ivan mais ancienne, pas très bonne - OK)'' * ... ? == Questions == * A-t-on un cable réseau pour aller du RC:CitizenBack Panik au studio? ** Oui. * Qu'est-ce du frein filet ? ** C'est une produit qui permet de ''freiner le filetage'' des vis, c'est a dire empecher les vis de se faire la malle. C'est essentiellement utilisé en mécanique automobile où les vibrations font que tout se dévisse. Par principe sur tout montage extérieur je m'assure qu'il y aie soit des rondelles ''grauer'' soit du frein filet. * Qu'est-ce de la bande auto-amalgamante ? ** Est-ce similaire à de la gaine thermo-rétractable? Si oui, il faut prévoir un décapeur thermique.... ** Non, pas besoin de chauffer. C'est un ruban élastique qui se soude à lui-même. * Les noeuds de St-Josse sont-ils tous passés en canal 1? ** En principe oui, depuis ce jeudi soir * ... == Matériel divers == * De la [http://www.chimay.com/www/chimay/site8/dynamique/fr/preview/fiche_b.cfm?p_b_or_f=B&p_langue=FR&p_id_produit=298 ChimayBleue] (Optionel vu que Eric n'est pas là....) * ... = Rapport d'install = Equipe de choc : sympa, cool, et hyper efficace Oublis : * capot du pc * et plus grave : on a oublié de mettre la bande de protection du connecteur d'antenne Suite voir page [[Gestion Josaphat]] [[Category:Opération Panik]] 0 1309 1319 2005-09-27T21:10:38Z Phil 1 wikitext text/x-wiki = Objectif = Bien que le matériel soit en place depuis quelques temps, il ne sert pas encore de relais audio. Cette page décrit les étapes à entreprendre pour * Effectuer des tests de stabilité et fiabilité * Passer en production = Préparation = == Qualité de Service == Les noeuds font intégrallement partie de !ReseauCitoyen. Il faut s'assurer que le stream audio aie un priorité absolue par rapport aux autres activités! <!> '''Action''': Déterminer la bonne configuration des QoS (Quality of Service) pour les noeuds Panik et Josaphat <br />'''Responsable''': RC:ManuelBornemann <br />'''Statut''': En cours == Serveur IceCast == Pour tester le streaming nous avons besoin d'un server [http://www.icecast.org/ IceCast] dans les locaux de la radio. De manière à écarter tout problème venant de ce côté, on utiliser le serveur ''studio'' utilisé lors des tests en labo et qui est disponible chez RC:PhilippeVanhaesendonck (voire [[Logiciel Panik]] pour plus de détails). Il faut aussi une source audio pour alimenter le serveur [http://www.icecast.org/ IceCast] <br />Ce serveur étant sensible aux pannes de courrant, il faut prévoir un UPS. <!> '''Action''': Rassembler le matériel et l'installer dans les locaux de la radio, le connecter au noeud Panik <br />'''Responsable''': RC:IvanMarkoff <br />'''Statut''': Fait! (./) = Protocole de test = == Test 'à blanc' == Une fois le matériel en place et le QoS installé, on procédera à des tests 'à blanc' c'est a dire sans raccorder la sortie son de Josaphat et donc sans rien diffuser réellement. L'objectif de ce test est de vérifier la stabilité de la liaison Panik/Josaphat ainsi que de la chaine logicielle. Le critère de succès du test est de pouvoir ''touner'' une semaine sans interruption non planifiée. <br />Le monitoring se fera essentiellement sur base des logs, puisqu'aucun retour audio n'est possible. On pourra toutefois se connecter à Josaphat pour tester [http://www.icecast.org/ IceCast] <br />Cette phase de tests ne demande pas d'accès physique au serveur Josaphat <!> '''Coordination''': RC:PhilippeVanhaesendonck == Problèmes logiciels == Les éventuels problèmes logiciels seront analysés lorsqu'ils se présentent! La configuration à été testée avec succès en labo, et ne devrait pas poser de problème. == Problèmes de liaison WIFI == En cas de liaison WIFI instable, il faudra changer le setup: * Installer une antenne Grid sur Josaphat * Installer un nouveau noeud connecté à l'omni * Relier les 2 points en filaire pour augmenter l'accessibilité aux machines Voire [[Alternative Panik]] == Test d'émission == Après la réussite des tests 'à blanc', raccorder la sortie de la carte son de Josaphat à l'émetteur et diffuser réellement de la ''non-stop''. Ce test final permettra d'apprécier la qualité du son et sera considéré comme concluant après une semaine d'émission ''stable''. [[Category:Opération Panik]] 0 1310 1320 2005-09-27T21:15:34Z Phil 1 wikitext text/x-wiki = Introduction = Cette page décrit une alternative à la configuration actuelle afin de fiabiliser le lien Panik / Josaphat. Comme mentionné dans [[Déploiement Panik]], une possibilité est de: * Installer une antenne Grid sur Josaphat ** Câble lowloss de ? mètres * Installer un nouveau noeud connecté à l'omni ** 1 carte senao ** 1 pc portable ou 1 adaptateur pci/pcimcia (ricoh) ** carte Ethernet * Relier les 2 points en filaire pour augmenter l'accessibilité aux machines L'ensemble restant dans le nuage !ReseauCitoyen. De manière plus radicale, on pourrait considérer la liaison Panik / Josaphat comme une liaison ''privé'', sur un autre canal/ssid. = Action = # Trouver un PC pour installer un nouveau routeur rc à josaphat #* J'ai un portable déjà configuré. Reste à installer le watchdog (ivan) #* Mais ne vaut-il pas mieux garder ce portable pour des installations où l'on ne dispose pas d'autant de place ? (ivan) # Préparer un nouveau câble #* Il me reste +ou- 10m de ecoflex15. Les connecteurs peuvent se monter facilement sur place, pas de soudure. # Achat d'un antenne grid 15dB [[Category:Opération Panik]] 0 1311 1322 2005-09-27T21:20:45Z Phil 1 wikitext text/x-wiki = Journaux d'intervention en Ligne = Journaux d'interventions de noeuds [http://reseaucitoyen.be ReseauCitoyen] disponibles sur ce wiki: ** [[Gestion Josaphat]] ** [[Gestion Panik]] ** [[Gestion Divers]] (interventions sur des noeuds en test) [[Category:Opération Panik]] [[Category:Gestion RéseauCitoyen]] 1323 1322 2005-09-27T21:21:26Z Phil 1 wikitext text/x-wiki = Journaux d'intervention en Ligne = Journaux d'interventions de noeuds [http://reseaucitoyen.be ReseauCitoyen] disponibles sur ce wiki: * [[Gestion Josaphat]] * [[Gestion Panik]] * [[Gestion Divers]] (interventions sur des noeuds en test) [[Category:Opération Panik]] [[Category:Gestion RéseauCitoyen]] 14 1312 1324 2005-09-27T21:21:51Z Phil 1 wikitext text/x-wiki Journaux d'interventions de noeuds [http://www.reseaucitoyen.be RéseauCitoyen] 0 1313 1325 2005-09-27T21:23:37Z Phil 1 wikitext text/x-wiki = A faire = * .... * .... = date 05 - heure - Intervention distante/sur place = Intervenants : ..... * Détails de l'intervention * ....... = 13 Février 05 - 13h - Intervention distante = Intervenants : Philippe * Installation de rc-watchdog sur josaphat/joske/panik = 31 Janvier 05 - 10h - Intervention distante = Intervenants : Guy * Remise en route d'aodv sur josaphat et panik = 30 Janvier 05 - 13h - Intervention sur place = Intervenants : Jean-Michel (panik), Serge (panik), Gwen (panik), Ivan * Arrêt des routeurs de rc * Remise en fonction du faisceau analogique 2,4Ghz de panik * Redémarrage des routeurs rc Remarque : le fonctionnement des routeurs rc ne pertubent pas la transmission du faisceau et la qualité d'émission de Radio panik est très bonne :) = 23 Janvier 05 - heure - Intervention sur place = Intervenants : Mathieu, Guy, Ivan Essais d'antennes connectées au portable de Mathieu * Essai 9dB 7° down tilt - Connexion légèrement meilleur. Cela vaudra donc la peine de remplacer la 12dB par celle-ci * Essai d'une omnifacile2 prêtée pour essai. Résultat très acceptable pour 0° tilt vers Panik et acceptable aussi vers Bulles * Essai d'une antenne Linksys 7dB. 0° de perte vers Bulles. Pourrait remplacer les 9dB et même la 8dB de Stephan. = 21 Janvier 05 - 14h - Intervention distante = Intervenants : Ivan * Changemant de l'IP de l'interface eth0 de 192.168.0.109 en 192.168.1.130 via rc. * Changement du fichier /etc/network/interfaces en fonction de ce changement d'IP * Essai ssh entre les 2 machines concluant. = 21 Janvier 05 - 11h - Intervention sur place = Intervenants : Ivan * Placement d'un câble Ethernet crossconnect entre les machines : josaphat et joske * Remplacement de l'ampoule d'éclairage du local technique. = 12 Janvier 05 - 13h30 à 16h - Intervention sur place = Intervenants : David, Ivan * Ajout d'une antenne 12dB 3° down tilt connectée routeur déjà installé sur lequel est installé le player ogg123 - IP : 10.8.39.138 * Placement d'un deuxième routeur, un portable de récup muni d'une carte engenius et relié à l'ancienne antenne de 9dB 0° tilt - IP : 10.6.13.115 * Remarque 1 : il y avait du vent et nous avons pu constater que le mât oscillait assez fort. Il sera donc exclu de placer une grid, sauf si nous pouvons la mettre tout en bas du mât, place occupé pour le moment par la grid du faisceau. * Remarque 2 : l'ecoflex est un très bon produit et les connecteurs, ne nécessitant pas de soudure, sont très faciles à installer sur site. Se munir de 2 clefs de 19. = 10 Janvier 05 - 21H - Intervention distante = Intervenant : Philippe -- Analyse du problème rapporté par Ivan == Observations == L'incident démarre le 10 Janvier à 1:55: Jan 10 01:55:40 josaphat kernel: NETDEV WATCHDOG: wifi0: transmit timed out Jan 10 01:55:40 josaphat kernel: wifi0 Tx timed out! Resetting card Jan 10 01:55:40 josaphat kernel: hostap_cs: wifi0: resetting card Jan 10 01:55:42 josaphat kernel: NETDEV WATCHDOG: wifi0: transmit timed out Jan 10 01:55:42 josaphat kernel: wifi0 Tx timed out! Resetting card Jan 10 01:55:43 josaphat kernel: wifi0: interrupt delivery does not seem to work Jan 10 01:55:43 josaphat kernel: wifi0: Port type setting to 0 failed et se répète toutes les secondes Le watchdog Net détecte un problème et le noyeau tente un reset de la carte, mais sans succès Le watchdog software (''!CheckAodv'') entre en jeu et redémarre l'interface: Jan 10 03:52:38 josaphat logger: CheckAodv: No neighbourg responding Jan 10 03:52:38 josaphat logger: CheckAodv: Alone too long... Jan 10 03:52:38 josaphat logger: CheckAodv: Restarting interface Jan 10 03:52:38 josaphat logger: /usr/local/bin/CheckAodv: line 81: ifdown: command not found Jan 10 03:52:43 josaphat logger: /usr/local/bin/CheckAodv: line 83: ifup: command not found Il s'agit d'un probléme connu que je n'ai pas corrigé: le ''path'' est incomplet lors de l'exécution du script. L'interface est redémarée manuellment par Ivan à 14:55: Jan 10 14:54:59 josaphat kernel: wlan0: updating basic rate set automatically to match with the new supported rate set Jan 10 15:07:03 josaphat logger: CheckAodv: All checks passed == Root Cause == La cause du problème initial est jusqu'a présent inconnue (je n'ai pas fait de recherche détaillée) == Corrective Action == Le ''crontab'' du watchdog software (''!CheckAodv'') est mis-a-jour sur Josaphat et Panik de manière à avoir un ''path'' correct. = 10 Janvier 05 -15H - Intervention sur place = Intervenants : Ivan * Constat distant : connexion down * Sur place, les messages d'erreurs suivants défilent en continu sur l'écran : **wifi0: interrupt delivery does not seem to work **NET: 4 ou x messages suppressed * Action : /etc/init.d/pcmcia restart = 26/27 Décembre 04 - Intervention distante = Intervenants : Philippe * Activation du streaming en mode client (service stream-panik) * Configuration de NTP = 25 decembre 04 - 21H50 - Intervention distante = Intervenants : Guy * Installation d'iperf par apt le demon n'est pas lancé automatiquement. = 13 novembre 04 - 16h00 - Intervention distante = Intervenant : Philippe * Limitation du lien a 2Mb/s (live + mise-à-jour de ''/etc/network/interface''). <br />Il est intéressant de constater que si les voisins directs ont l'air d'être aussi en 2Mb/s, Josaphat reste en 1Mb/s * Mise a jour de ''/etc/hosts'' = 11 novembre 04 - 19h00 - Intervention distante = Intervenant : Philippe * Installation d'un script de monitoring de AODV.<br />L'interface est réinitialisé si: *** AODV ou un de ses modules n'est plus présent *** Il ne sait pas contacter un de ses voisin (back/bulles/panik) pendant plus de 2 heures La sortie du script est consignée dans ''/var/log/messages'' donc on peux voir s'il y a eu un problème. = 09 novembre 04 - 14h30 - Intervention sur place = Intervenants : Guy, Ivan * Le point ne connectait plus le reste du reseau pour une raison bien simple aodv ne tournait plus.<br />Pourquoi aodv ne tournait-il plus, cela est une autre question.<br />J'ai téléchargé tous les logs de la machine et je n'ai rien trouvé qui indique le plantage ou l'arrêt de aodv.<br />Pour le reste la machine tournait sans aucun problème la seule action que nous avons effectuée sur la machine * Nous avons ecarté l'antenne du mat grâce a une patte d'écartement. L'antenne est en outre montée de 30 cm cela peut sembler ridicule mais les deux actions conjugées ont fait que maintenant Louise et philantropie ne sont plus qu'as un hop de Josaphat, Prague a 2 hop de Josaphat. <br />La conexion est certe très mauvaise mais étant donné que le point Tagawa est down pour l'instant .... = 03 octobre 04 - 14h30 - Intervention sur place = Intervenants : Guy, Ivan * Placement de la bande de protection du connecteur d'antenne * Placement du capot du PC (arrêt du pc, déconnexion du cable et remontage) [[Category:Gestion RéseauCitoyen]] 0 1314 1326 2005-09-27T21:25:01Z Phil 1 wikitext text/x-wiki = A faire = * tester un stream entre panik et josaphat * ... = date 04 - heure - Intervention sur place / distante = Intervenants : .... * Détails de l'intervention * ....... = 10 Février 05 - 13h - Intervention distante = Intervenants : Philippe * Installation de rc-watchdog sur panik/josaphat/joske = 10 Janvier 05 - 21h - Intervention distante = Intervenants : Philippe * Correction du crontab de ''!CheckAodv'' (voir [[Gestion Josaphat]]) = 29 Décembre 04 - 22h00 - Intervention distante = Intervenants : Eric G * Copie de fichier son pour le test du stream ce trouvant dans /root/son = 5 décembre 04 - 18h - Intervention distante = Intervenants : Philippe * Installation du script de monitoring AODV déjà en place sur josaphat = 2 décembre 04 - 17h - Intervention sur place = Intervenants : Ivan * Remise en canal 1 suite à un changement intempestif en canal 6 avec pollution de "bossuet" et" ivan" = 25 Novembre 04 - 14h - Intervention sur place = Intervenants : Mathieu, Ivan * Remplacement de l'antenne omni 9dB par une antenne grid 15 dbB = 16 Novembre 04 - 19h00 - Intervention sur distante = Intervenants : Philippe Monitoring suite à l'interruption de service de lundi 15 au mardi 16 novembre '''Incident''': Panik passe en rouge dans Nagios le 15 Novembre à 16h28 et réapparait le 16 novembre à 16:08 '''Analyse''': on observe les faits suivants: * La machine n'a pas été arretée, le processus aodv n'a pas été redémarré -- le problème s'est donc réglé ''de lui-même'' * Durant toute la durée de l'incident, il n'y avait que une et une seule machine dans les tables de routage AODV: Arnaud (chardons) * Fait intéressant: le noeud chardons était ''rouge'' dans Nagios '''pendant le même laps de temps'''!! Il semble donc que ces 2 machines se sont ''isolées'' du réseau.<br />L'analyse des logs de Josaphat confirme ce point: aucune des 2 machines n'est dans les tables de routage durant l'incident. '''Conclusion''': On ne peut rien conclure de ces observations, seulement émettre des hypothèses... <br />Il faudrait collecter plus d'informations sur les noeuds (info wireless, ...) = 13 novembre 04 - 16h00 - Intervention distante = Intervenant : Philippe * Limitation du lien a 2Mb/s (live + mise-à-jour de ''/etc/network/interface''). * Mise a jour de ''/etc/hosts'' [[Category:Gestion RéseauCitoyen]] 0 1315 1327 2005-09-27T21:30:08Z Phil 1 wikitext text/x-wiki = A faire = * Taches a effectuer, ... * ... = 17 Novembre 2004 - 8:00 - Intervention sur place - Soekris Ivan (Labo) = Intervenants : Philippe '''Incident''': La soekris n'est plus dans le nuage AODV '''Analyse''': sur la console le message suivant défile sans arrêt: eth2: information frame lost La carte (le driver ?) à l'air dans les choux -- le problème est résolu par un `cardctl eject / insert`. <br />Le message vient de orinoco.c et est spécifique à ce driver AODV est redémarré et la machine rejoint le nuage immédiatement. '''Conclusion''': pas d'action immédiate particulière à noter que # On utilise de toutes façon plus trop les cartes orinoco # La soekris ne tourne pas la dernière version des drivers, et il y a eu des changement dans le code a cet endroit récemment # On pourrait utiliser HostAP A plus long terme, mettre à jour la distribution = <date> 2004 - <heure> - Intervention [sur place|distante] = Intervenants : .... * Détails de l'intervention * ....... [[Category:Gestion RéseauCitoyen]] 0 1316 1329 2005-09-27T21:39:30Z Phil 1 wikitext text/x-wiki = OpenWrt pour RéseauCitoyen = Ce petit How-To décrit l'installation de [[Wrt Citoyen]] sur un WRT de LinkSys == Préparation == Deux cas se présentent: vous avez encore un WRT avec son firmware d'origine ou vous avez déjà configuré votre WRT sous OpenWrt. === Installer OpenWrt === L'installation d'OpenWrt sort du cadre de ce How-To et est très bien décrite dans le [http://openwrt.org/userguide.html guide de l'utilisateur]. Les firmwares compilés (et testés!) sont disponibles sur: * Internet: http://reseaucitoyen.be/diskless/openwrt/ * RéseauCitoyen: ** http://bulles.bxl.rc/openwrt/ ** http://10.51.110.172/openwrt/ Une fois flashé, vous pouvez vous connecter en ''telnet'' sur votre WRT. Quelques points à prendre en considération: * Dans une configuration ReseauCitoyen, vous n'avez sans doute pas besoin de ''dnsmasq'' -- désactivez le! * Vous allez devoir changer le configuration de IPKG, donc il faut le mettre en lecture/écriture * Procédez de la même façon si vous devez modifier ''/etc/resolv.conf'' @wrt-bulles:/# killall dnsmasq @wrt-bulles:/# rm /etc/init.d/S50dnsmasq @wrt-bulles:/# rm /etc/ipkg.conf @wrt-bulles:/# cp /rom/etc/ipkg.conf /etc/ipkg.conf === OpenWrt déjà intallé === Si vous avez une autre version de AODV déjà installée, désinstallez la! @wrt-bulles:/# ipkg remove aodv-uu Configurez ipkg pour utiliser le feed !ReseauCitoyen. Le feed est disponible sur: * Internet: http://reseaucitoyen.be/diskless/openwrt/feeds/stable/ * RéseauCitoyen: ** http://bulles.bxl.rc/openwrt/feeds/stable/ ** http://10.51.110.172/openwrt/feeds/stable/ Mon fichier ''/etc/ipkg.conf'' ressemble à ceci: src bulles http://reseaucitoyen.be/diskless/openwrt/feeds/stable src openwrt http://openwrt.org/ipkg dest root / dest ram /tmp Mettez à jour la liste des paquets: @wrt-bulles:/# ipkg update == Configuration Réseau == Installez le paquet ''rc-tools'' et exécutez ''rc-setup-net'' qui va s'assurer que votre WRT est prêt pour !ReseauCitoyen: @wrt-bulles:/# ipkg install rc-tools Downloading http://reseaucitoyen.be/diskless/openwrt/feeds/stable/rc-tools_0.1.1-1_mipsel.ipk ... Connecting to reseaucitoyen.be:80 rc-tools_0.1.1-1_mip 100% |*****************************| 2305 00:00 ETA Done. Unpacking rc-tools...Done. Configuring rc-tools...Done. @wrt-bulles:/# rc-setup-net Please confirm the hardware setting of your WRT: LAN (4 port Switch) on vlan0 WAN (Separate port) on vlan1 Wireless on eth1 This should be correct unless you played with admcfg... You can override this by setting the LAN_IF, WAN_IF, WIFI_IF environment variables. Do you want to continue? Y I will now configure your WRT for ReseauCitoyen: No bridging between any interface LAN (*): Static Address set to 192.168.1.68 WAN (*): Static Address set to 192.168.2.68 Wireless: Static address set to 10.160.249.87 essid bombolong channel 1 (*) No changes are actually done on the LAN/WAN interfaces Do you want to continue? Y Writing config to NVRAM... Commit changes to NVRAM... nvram_commit(): start nvram_commit(): end All done. Please re-boot your WRT to activate the changes Et rebootez! == Installation de ssh == S'il s'agit d'une nouvelle installation, c'est le momment d'installer 'ssh'! @wrt-bulles:/# ipkg install dropbear Downloading http://reseaucitoyen.be/diskless/openwrt/feeds/stable/dropbear_0.44test3_mipsel.ipk ... ... '''Vérifiez''' que vous pouvez vous connecter au WRT avec ''ssh'', et désactivez alors ''telnet'': root@wrt-bulles:~# killall telnetd root@wrt-bulles:~# rm /etc/init.d/S50telnet == Installation du protocole de routage == Le plus dur est fait! Il ne reste plus qu'a installer un paquet AODV ou OLSR: * '''aodv-uu''': la version originale * '''aodv-uu-ipt''': la version patchée qui utilise iptables et permet d'utiliser le WRT en temps que passerelle du réseau local non-aodv vers RéseauCitoyen * '''olsrd''': OLSR configuré pour RéseauCitoyen /!\ Il semble que l'ipkg de OpenWrt ne supporte pas la clause ''Conflicts'' des paquets...<br />'''Ne pas installer plusieurs de ces paquets en même temps!''' Exemple: root@wrt-bulles:~# ipkg install aodv-uu-ipt AODV est démarré automatiquement au boot.<br />Pour le démarrer/arreter manuellement: root@wrt-bulles:~# /etc/init.d/S47aodv-uu {start|stop} Le fichier de configuration ''/etc/aodv-uu.cfg'' permet de le désactiver ou le configurer. == Paquet Bonus == En bonus, un ficher ''host'' récent est disponible sur le ''feed'': ipkg install hosts-file [[Anchor(rapide)]] = Installation Rapide = La distribution a été mise a jour... En attendant une meilleure documentation voici les étapes pour une installation rapide d'un WRT neuf == Firmware == Flasher le firmware à partir de l'interface web == Paquets == Une fois flashé, vous pouvez vous connecter en ''telnet'' sur votre WRT. @wrt-bulles:/# rm /etc/ipkg.conf @wrt-bulles:/# cp /rom/etc/ipkg.conf /etc/ipkg.conf Mise a jour de /etc/ipkg.conf src bulles http://192.168.1.2/openwrt/feeds/stable dest root / dest ram /tmp Mettez à jour la liste des paquets: @wrt-bulles:/# ipkg update Installez tous les paquets @wrt-bulles:/# ipkg install dropbear rc-tools rc-www aodv-uu-ipt rc-watchdog hosts-file Configurez le wrt <br />Convention: exemple pour le wrt 5: @wrt-bulles:/# rc-setup -h Usage: /sbin/rc-setup [options] Options: -H|--hostname <hostname> set hostname -l|--lan <addr> set IP Address on the LAN (switch) (*) --[no]dhcp Enable/Disable DHCP server on the LAN -g|--gateway <gateway> set (internet) gateway (lan side) -w|--wan <addr> set IP Address on the WAN port (*) -r|--rate {0|1|2|5.5|11} set Wireless rate (0 = Auto) Special Options: (You should normally not need these) --lanif <lan iface> override LAN Interface (vlan0/2) --wanif <wan iface> override WAN Interface (vlan1) --wifiif <wifi iface> override Wireless Interface (eth1/2) @wrt-bulles:/# rc-setup -H rcwrt-05 -l 192.168.29.135 --dhcp -w 192.168.30.135 -r 2 '''Rebootez''' @wrt-bulles:/# reboot '''Vérifiez''' que vous pouvez vous connecter au WRT avec ''ssh'', et désactivez alors ''telnet'': root@wrt-bulles:~# killall telnetd root@wrt-bulles:~# rm /etc/init.d/S50telnet Testez l'install Changez /etc/ipkg.conf en une adresse RC src bulles http://bulles.bxl.rc/openwrt/feeds/stable dest root / dest ram /tmp 0 1317 1330 2005-09-27T22:01:34Z Phil 1 wikitext text/x-wiki = Bienvenue sur le noeud Bulles = Bienvenue sur le noeud RéseauCitoyen des Bulles! '''Note''': Bien que ce serveur Web soit aussi visible sur Internet, certains liens de cette page ne sont disponibles que via RéseauCitoyen /!\ /!\ 11 Aout 2005: Le serveur est en cour de migration, certains services ne sont pas disponibles /!\ /!\ == Services disponibles sur ce noeud == * '''Le wiki des Bulles''': Vous y êtes! C'est ici! <br />C'est un Wiki essentiellment technique supportant des projets RéseauCitoyen. <br />Quelques pointeurs ** [[Bubble]]: Distribution RéseauCitoyen minimaliste (floppy, ...) <br />La distribution est en réécriture pour l'instant! ** [[RC-1000]]: Distribution RéseauCitoyen pour RG-1000 ** [[Opération Panik]]: Setup de noeuds en vue de streaming audio * Un '''serveur de temps''' (NTP) de Stratum 3 * Le '''[http://{{SERVERNAME}}/cgi-bin/viewcvs.cgi/ReseauCitoyen CVS]''': Code sources de projets RéseauCitoyen ** [http://{{SERVERNAME}}/cgi-bin/viewcvs.cgi/ReseauCitoyen/Bubble Bubble]: Distribution Bubble ** [http://{{SERVERNAME}}/cgi-bin/viewcvs.cgi/ReseauCitoyen/OpenWRT/ WRT Citoyen]: Distribution OpenWRT avec les packages RéseauCitoyen ** [http://{{SERVERNAME}}/cgi-bin/viewcvs.cgi/ReseauCitoyen/RC-1000/ RC-1000]: Distribution RG-1000 ** [http://{{SERVERNAME}}/cgi-bin/viewcvs.cgi/ReseauCitoyen/aodv-uu-ipt/ AODV-IPT]: AODV-UU 0.8.1 avec les patches iptables ** [http://{{SERVERNAME}}/cgi-bin/viewcvs.cgi/ReseauCitoyen/rc-watchdog/ RC-Watchdog]: Script de monitoring de noeud ** [http://{{SERVERNAME}}/cgi-bin/viewcvs.cgi/ReseauCitoyen/dnsp2p/ DNS Peer to Peer]: implementation en Python réalisée par Gaëtan Kowalkowski * '''[http://{{SERVERNAME}}/nagios/ Monitoring du réseau]''': Monitoring réalisé avec Nagios * '''[http://{{SERVERNAME}}/rc1000/ Feed RC-1000]''': Distribution et Package Feed pour la distribution [[RC-1000]] * '''[http://{{SERVERNAME}}/openwrt/ Feed OpenWrt]''': Distribution et Package Feed pour la distribution !OpenWrt (Voire aussi AodvOpenWrt) * '''[http://{{SERVERNAME}}/i386/ Binaires i386]''': Noyeau et binaires AODV pour une install facile sous Linux, paquet Debian pour OLSR, ... * '''[http://{{SERVERNAME}}/mtx/ Feed MeshCube]''': Distribution et Package Feed pour la distribution Nylon (Voire aussi [[MeshCube]]) == Services en projet == * Serveur Jabber *''Ajoutez ici vos souhaits!'' * ... 0 1294 1331 1299 2005-09-27T22:06:58Z Phil 1 wikitext text/x-wiki {{Outdated}} = Rules = http://bulles.topgame.be/ReseauCitoyen/bubble_01.png {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- ||| ||||||||To |- ||| ||Node||10.0.0.0/8 subnet (AODV)||172.1x.xx.x0/28 (DHCP)||Wired interface |- |<|4>From||Node||||||||bgcolor="#ddffdd"|No restriction |- |10.0.0.0/8 subnet (AODV)||bgcolor="#ddffdd"|ICMP/SSH/HTTP||bgcolor="#ddffdd"|No restriction||bgcolor="#ffddff"|Blocked||bgcolor="#ffddff"|Blocked by default (Access can be given with additional rules) |- |172.1x.xx.x0/28 (DHCP)||bgcolor="#ddffdd"|ICMP/SSH/HTTP||bgcolor="#ddffdd"|No restriction (Masquerade)||bgcolor="#ffcc99"|N/A||bgcolor="#ffddff"|Blocked by default (Access can be given with additional rules) |- |Wired interface||bgcolor="#ddffdd"|No restriction||||bgcolor="#ddffdd"|No restriction (Masquerade)||bgcolor="#ffcc99"|N/A |} = [[DiskLess]] = Notes about the testing done on the [[DiskLess]] scripts ([http://bulles.no-ip.org/cgi-bin/viewcvs.cgi/ReseauCitoyen/[[DiskLess]]/add-ons/sources/bulles_skeleton/etc/init.d/rc.firewall.sh?rev=HEAD&content-type=text/vnd.viewcvs-markup View Script]) {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- ||| ||||||||To |- ||| ||Node||10.0.0.0/8 subnet (AODV)||172.1x.xx.x0/28 (DHCP)||Wired interface |- |rowspan="4"|From||Node||||||||bgcolor="#ddffdd"|OK |- |10.0.0.0/8 subnet (AODV)||bgcolor="#ddffdd"|OK (AODV works as expected)||bgcolor="#ff5555"|Not tested||bgcolor="#ff5555"|Not tested||bgcolor="#ffddff"|OK (Also tested when the gateways is 'open'; additional FORWARD rule:"$IPTABLES -I FORWARD -i $WIFI_IF -o $LAN_IF -m mac --mac-source 00:02:2D:29:91:6B -j ACCEPT" -- not masqueraded) |- |172.1x.xx.x0/28 (DHCP)||bgcolor="#ddffdd"|OK (DHCP Allocates address as expected)<br />fixed in [http://bulles.no-ip.org/cgi-bin/viewcvs.cgi/ReseauCitoyen/DiskLess/add-ons/sources/bulles_skeleton/etc/init.d/rc.firewall.sh?rev=HEAD&content-type=text/vnd.viewcvs-markup rc.firewall.sh 1.5]||bgcolor="#ff5555"|Not tested||bgcolor="#ffcc99"|N/A||bgcolor="#ffddff"|OK (Same as above) |- |Wired interface||bgcolor="#ddffdd"|OK||||bgcolor="#ddffdd"|OK (Masquerade works)||bgcolor="#ffcc99"|N/A |} [[Category:Bubble]] 8 987 1335 987 2005-09-28T12:30:48Z Phil 1 wikitext text/x-wiki * navigation ** mainpage|mainpage ** bulles-url|bulles ** portal-url|portal ** currentevents-url|currentevents ** recentchanges-url|recentchanges ** randompage-url|randompage ** helppage|help 8 1318 1336 2005-09-28T12:33:10Z Phil 1 wikitext text/x-wiki Noeud Bulles 8 1319 1337 2005-09-28T12:33:51Z Phil 1 wikitext text/x-wiki Noeud Bulles 12 1320 1338 2005-09-28T13:06:50Z Phil 1 wikitext text/x-wiki = Help = * [[MetaWikiPedia:Help:Contents|MediaWiki User's Guide]] * [[MetaWikiPedia:Help:Wiki markup examples|Help:Wiki markup examples]] = Aide = * [[MetaWikiPedia:Aide:Manuel de MediaWiki|Aide:Manuel de MediaWiki]] * [[MetaWikiPedia:Aide:Syntaxe wiki|Aide:Syntaxe wiki]] 8 535 1339 535 2005-09-28T13:08:34Z Phil 1 wikitext text/x-wiki Help / Aide 8 836 1340 836 2005-09-28T13:33:54Z Phil 1 wikitext text/x-wiki About / À propos 1351 1340 2005-09-28T14:02:42Z Phil 1 wikitext text/x-wiki About - À propos 8 150 1341 150 2005-09-28T13:34:33Z Phil 1 wikitext text/x-wiki News / Niouz 1347 1341 2005-09-28T13:58:23Z Phil 1 wikitext text/x-wiki News / Actualités 1352 1347 2005-09-28T14:03:44Z Phil 1 wikitext text/x-wiki News - Actualités 8 903 1342 903 2005-09-28T13:55:45Z Phil 1 wikitext text/x-wiki Recent changes <br />Modifications récentes 1343 1342 2005-09-28T13:56:16Z Phil 1 wikitext text/x-wiki Recent changes Modifications récentes 1344 1343 2005-09-28T13:56:40Z Phil 1 wikitext text/x-wiki Recent changes / Modifications récentes 8 886 1345 886 2005-09-28T13:57:22Z Phil 1 wikitext text/x-wiki Random page / Une page au hazard 1346 1345 2005-09-28T13:57:38Z Phil 1 wikitext text/x-wiki Random page / Une page au hazard 8 655 1348 655 2005-09-28T13:58:58Z Phil 1 wikitext text/x-wiki Main Page / Accueil 1350 1348 2005-09-28T14:02:18Z Phil 1 wikitext text/x-wiki Main Page - Accueil 8 953 1349 953 2005-09-28T14:01:14Z Phil 1 wikitext text/x-wiki Search - Rechercher 8 903 1353 1344 2005-09-28T14:04:16Z Phil 1 wikitext text/x-wiki Recent changes - Modifications récentes 8 886 1354 1346 2005-09-28T14:04:41Z Phil 1 wikitext text/x-wiki Random page - Une page au hazard 8 535 1355 1339 2005-09-28T14:05:13Z Phil 1 wikitext text/x-wiki Help - Aide 8 1072 1356 1072 2005-09-28T14:06:32Z Phil 1 wikitext text/x-wiki Toolbox - Boîte à outils 8 987 1357 1335 2005-09-28T14:10:16Z Phil 1 wikitext text/x-wiki * navigation ** mainpage-url|mainpage ** bulles-url|bulles ** portal-url|portal ** currentevents-url|currentevents ** recentchanges-url|recentchanges ** randompage-url|randompage ** helppage|help 8 1321 1358 2005-09-28T14:11:01Z Phil 1 wikitext text/x-wiki Main Page 0 1322 1359 2005-09-29T08:31:39Z Phil 1 wikitext text/x-wiki #redirect Main Page 1360 1359 2005-09-29T08:33:53Z Phil 1 wikitext text/x-wiki #redirect [[Main Page]] 0 1 1361 1334 2005-10-03T19:21:07Z Phil 1 /* Contents */ wikitext text/x-wiki = About this Wiki = This wiki has been initially setup to support the design and the development of [[Bubble]] version 2. Over time, it became the host of other projects loosely coupled to [http://www.reseaucitoyen.be RéseauCitoyen]. = Contents = * [[Bubble]]: a mini Linux distribution designed to run a wireless [http://www.reseaucitoyen.be RéseauCitoyen] node. * [[RC-1000]]: transform an Orinoco RG-1000 into a [http://www.reseaucitoyen.be RéseauCitoyen] node * [[Opération Panik]]: audio streaming for [http://www.reseaucitoyen.be RéseauCitoyen] Testimonial * [[Gestion RéseauCitoyen]]: node logbook * [[Wrt Citoyen]]: some notes about running AODV-UU / OLSR on [http://openwrt.org OpenWrt] * [[Noeud Bulles]]: this wiki is also the main site of the bulles.bxl.rc [http://www.reseaucitoyen.be RéseauCitoyen] node. * [[Bering-uClibc]]: build a [http://www.reseaucitoyen.be RéseauCitoyen] on top of [[Bering-uClibc]] 1397 1361 2006-11-19T10:37:33Z Fraseyboy 2 wikitext text/x-wiki = About this Wiki = This wiki has been initially setup to support the design and the development of [[Bubble]] version 2. Over time, it became the host of other projects loosely coupled to [http://www.reseaucitoyen.be RéseauCitoyen]. = Contents = * [[Bubble]]: a mini Linux distribution designed to run a wireless [http://www.reseaucitoyen.be RéseauCitoyen] node. * [[RC-1000]]: transform an Orinoco RG-1000 into a [http://www.reseaucitoyen.be RéseauCitoyen] node * [[Opération Panik]]: audio streaming for [http://www.reseaucitoyen.be RéseauCitoyen] Testimonial * [[Gestion RéseauCitoyen]]: node logbook * [[Wrt Citoyen]]: some notes about running AODV-UU / OLSR on [http://openwrt.org OpenWrt] * [[Noeud Bulles]]: this wiki is also the main site of the bulles.bxl.rc [http://www.reseaucitoyen.be RéseauCitoyen] node. * [[Bering-uClibc]]: build a [http://www.reseaucitoyen.be RéseauCitoyen] on top of [[Bering-uClibc]] [http://www.gambling-online-theory.com/casinos/strategy-casinos.html strategy casinos] [http://www.casinos-new.com/poker.html Online casino - Poker in casino] [http://www.fortune-slots.com/ slots] [http://www.gambling-online-theory.com/casinos-portal/best-casinos-online.html best casinos online] [http://www.slots-wiki.com/index.php/online_slots online slots] [http://www.gambling-online-theory.com/casinos/on-line-casinos.html on line casinos] [http://www.online-casino-wiki.com/index.php/online_casino_directory online casino directory] [http://www.casino-theory.com/online-casino-royale/online-casino-gamble.html online casino gamble] [http://www.gambling-online-theory.com/casinos-portal/index.html casinos portal] [http://www.online-casino-wiki.com/index.php/online_casino_directory online casino directory] 0 1323 1362 2005-10-03T20:07:52Z Phil 1 wikitext text/x-wiki = Introduction = [http://leaf.sourceforge.net/ LEAF] [http://leaf.sourceforge.net/bering-uclibc/ Bering-uClibc] is a Linux embedded network appliance based on the [http://www.uclibc.org/ uClibc] library. It is an attractive alternative to [[Bubble]]. <br />Actually the target is very similar and they have almost the same pros and cons... The objective of this small project is to build an [[Bering-uClibc]] environment that can be used as node for [http://www.reseaucitoyen.be RéseauCitoyen]. = Articles = * [[Buildtool]]: creating a [[Bering-uClibc]] development environment = Links = * [http://leaf.sourceforge.net/ LEAF]: Main site of the Linux Embedded Appliance Firewall project * [http://leaf.sourceforge.net/bering-uclibc/ Bering-uClibc]: home LEAF Bering-uClibc * [http://leaf.sourceforge.net/doc/guide/buc-buildtool.html Buildtool in Bering-uClibc] [[Category:Bering-uClibc]] 1367 1362 2005-10-04T18:06:12Z Phil 1 wikitext text/x-wiki = Introduction = [http://leaf.sourceforge.net/ LEAF] [http://leaf.sourceforge.net/bering-uclibc/ Bering-uClibc] is a Linux embedded network appliance based on the [http://www.uclibc.org/ uClibc] library. It is an attractive alternative to [[Bubble]]. <br />Actually the target is very similar and they have almost the same pros and cons... The objective of this small project is to build an [[Bering-uClibc]] environment that can be used as node for [http://www.reseaucitoyen.be RéseauCitoyen]. = Articles = * [[Buildtool]]: creating a [[Bering-uClibc]] development environment * [[Bering-uClibc on Compact-Flash]]: Preparing a CF to run [[Bering-uClibc]] = Links = * [http://leaf.sourceforge.net/ LEAF]: Main site of the Linux Embedded Appliance Firewall project * [http://leaf.sourceforge.net/bering-uclibc/ Bering-uClibc]: home LEAF Bering-uClibc * [http://leaf.sourceforge.net/doc/guide/buc-buildtool.html Buildtool in Bering-uClibc] [[Category:Bering-uClibc]] 1370 1367 2005-10-04T19:47:50Z Phil 1 /* Links */ wikitext text/x-wiki = Introduction = [http://leaf.sourceforge.net/ LEAF] [http://leaf.sourceforge.net/bering-uclibc/ Bering-uClibc] is a Linux embedded network appliance based on the [http://www.uclibc.org/ uClibc] library. It is an attractive alternative to [[Bubble]]. <br />Actually the target is very similar and they have almost the same pros and cons... The objective of this small project is to build an [[Bering-uClibc]] environment that can be used as node for [http://www.reseaucitoyen.be RéseauCitoyen]. = Articles = * [[Buildtool]]: creating a [[Bering-uClibc]] development environment * [[Bering-uClibc on Compact-Flash]]: Preparing a CF to run [[Bering-uClibc]] = Links = * [http://leaf.sourceforge.net/ LEAF]: Main site of the Linux Embedded Appliance Firewall project * [http://leaf.sourceforge.net/bering-uclibc/ Bering-uClibc]: home LEAF Bering-uClibc * [http://leaf.sourceforge.net/doc/guide/buc-buildtool.html Buildtool in Bering-uClibc] * [http://cvs.sourceforge.net/viewcvs.py/*checkout*/leaf/devel/alexrh/lck/README.html?rev=1.1.1.1 LCK]: LEAF Construction Kit [[Category:Bering-uClibc]] 0 1324 1363 2005-10-03T21:11:03Z Phil 1 wikitext text/x-wiki = Introduction = The [[Buildtool]] is the [[Bering-uClibc]] development environment. The steps to get everything up and running are described in the [http://leaf.sourceforge.net/doc/guide/buc-buildtool.html Bering uClibc Developers Guide]. This article summarize the issues I had when building the environment. All thsi is based on [[Bering-uClibc]] 2.3 rc1 = Fetching the sources = ./buildtool.pl source No particular problem here... As usual some sources did not download at first try, but eventually all went trough. Note that ''wget'' leaves an empty file when the download fails, so that the Buildtool thinks it is already downloaded. So when it fails, the package source need to be cleaned up. = Compiling the sources = ./buildtool.pl build All the packages but 3 are compiling... == LrpStat == To be able to build this packages, we need to have: * A recent Java SDK (1.4) -- I have used the [http://java.sun.com/j2se/corejava/index.jsp J2SE from Sun] * The ''classes.zip'' from a 1.1 SDK -- After some investigations, I found one at [http://www.blackdown.org Blackdown] (jdk118_v3) The detection mechanism of the setup script is not bullet proof, but the following incantation will work: JAVA_HOME=/usr/local/j2sdk1.4.2_09 CLASSES=/usr/local/jdk118_v3/lib/classes.zip ./buildtool.pl build lrpstat == MadWifi == After install, the makefile runs a ''depmod'' which returns a non zero return code and the make fails. In ''source/madwifi/madwifi/Makefile'', just make the following changes: @if [ -z $(DESTDIR) ]; then \ /sbin/depmod -ae ; \ elif [ -f $(SYSTEMMAP) ]; then \ /sbin/depmod -ae -b $(DESTDIR) -F $(SYSTEMMAP) $(KERNELRELEASE) ; \ else \ echo "Don't forget to run \"depmod -ae\" on the target system."; \ fi into -if [ -z $(DESTDIR) ]; then \ /sbin/depmod -ae ; \ elif [ -f $(SYSTEMMAP) ]; then \ /sbin/depmod -ae -b $(DESTDIR) -F $(SYSTEMMAP) $(KERNELRELEASE) ; \ else \ echo "Don't forget to run \"depmod -ae\" on the target system."; \ fi (We just change the ''@'' in ''-'') == Pptpd == For whatever reason the ''source/pptpd/pptpd-1.2.3/Makefile'' contains references to aclocal-1.9 and automake-1.9 while we have 1.8 installed in the Buildtool stage... I have changed the ''version'' in teh Makefile and now it compiles! = Packages = The ''buidpacket.pl'' is used to generate ''.lrp'' from the builds. == buildall.sh script == Unfortunately, you cannot generate all the packages at once... This is when I discovered the ''tools/buildall.sh'' script! <br />This little shell script can actually setup the whole environment: * Fetch the sources * Run the build * Generate all the packages It produce a neat HTML report, with a link to the log files, one log file per source. Unfortunately, the script overwrites the ''buidpacket.pl'' log files, so you cannot what is going wrong at that stage. This little fix will help in tracing the issues diff -u -r1.6 buildall.sh --- buildall.sh 21 Mar 2005 00:56:02 -0000 1.6 +++ buildall.sh 3 Oct 2005 20:59:13 -0000 @@ -51,13 +51,13 @@ } call_buildpacket() { - echo "-------------------------" >> $MYDIR/$name.build.txt 2>&1 + echo "-------------------------" >> $BTLOGFILE 2>&1 # check if it has a package definition in it: grep -q '<Package>' $BTSOURCEDIR/$1/buildtool.cfg 2>/dev/null if [ $? -eq 0 ] ; then - echo "calling buildpacket for $1 " >> $MYDIR/$name.build.txt 2>&1 + echo "calling buildpacket for $1 " >> $BTLOGFILE 2>&1 - fakeroot $BPBIN --package=$1 --all >> $MYDIR/$name.build.txt 2>&1 + fakeroot $BPBIN --package=$1 --all >> $BTLOGFILE 2>&1 ret=$? if [ $ret -eq 0 ] ; then echo -n "<font color=green>OK</font>" == Gpio == The ''source/gpio/buildtool.cfg'' is not taking the driver from the right location. <br />The correct entry should be <File> Filename = lib/modules/gpio.o Source = lib/modules/2.4.31/gpio/gpio.o Type = binary Permissions = 644 </File> == Initrd == Doesn't build with ''fakeroot'', we really have to ''sudo'' to package this one... sudo ./buildpacket.pl --package=initrd --all == Shorewall == ''buildpacket.pl'' fails because the ''cp'' command returns a non-zero status code on ''/etc/shorewall/*''. [[Category:Bering-uClibc]] 1365 1363 2005-10-03T22:18:18Z Phil 1 /* Shorewall */ wikitext text/x-wiki = Introduction = The [[Buildtool]] is the [[Bering-uClibc]] development environment. The steps to get everything up and running are described in the [http://leaf.sourceforge.net/doc/guide/buc-buildtool.html Bering uClibc Developers Guide]. This article summarize the issues I had when building the environment. All thsi is based on [[Bering-uClibc]] 2.3 rc1 = Fetching the sources = ./buildtool.pl source No particular problem here... As usual some sources did not download at first try, but eventually all went trough. Note that ''wget'' leaves an empty file when the download fails, so that the Buildtool thinks it is already downloaded. So when it fails, the package source need to be cleaned up. = Compiling the sources = ./buildtool.pl build All the packages but 3 are compiling... == LrpStat == To be able to build this packages, we need to have: * A recent Java SDK (1.4) -- I have used the [http://java.sun.com/j2se/corejava/index.jsp J2SE from Sun] * The ''classes.zip'' from a 1.1 SDK -- After some investigations, I found one at [http://www.blackdown.org Blackdown] (jdk118_v3) The detection mechanism of the setup script is not bullet proof, but the following incantation will work: JAVA_HOME=/usr/local/j2sdk1.4.2_09 CLASSES=/usr/local/jdk118_v3/lib/classes.zip ./buildtool.pl build lrpstat == MadWifi == After install, the makefile runs a ''depmod'' which returns a non zero return code and the make fails. In ''source/madwifi/madwifi/Makefile'', just make the following changes: @if [ -z $(DESTDIR) ]; then \ /sbin/depmod -ae ; \ elif [ -f $(SYSTEMMAP) ]; then \ /sbin/depmod -ae -b $(DESTDIR) -F $(SYSTEMMAP) $(KERNELRELEASE) ; \ else \ echo "Don't forget to run \"depmod -ae\" on the target system."; \ fi into -if [ -z $(DESTDIR) ]; then \ /sbin/depmod -ae ; \ elif [ -f $(SYSTEMMAP) ]; then \ /sbin/depmod -ae -b $(DESTDIR) -F $(SYSTEMMAP) $(KERNELRELEASE) ; \ else \ echo "Don't forget to run \"depmod -ae\" on the target system."; \ fi (We just change the ''@'' in ''-'') == Pptpd == For whatever reason the ''source/pptpd/pptpd-1.2.3/Makefile'' contains references to aclocal-1.9 and automake-1.9 while we have 1.8 installed in the Buildtool stage... I have changed the ''version'' in teh Makefile and now it compiles! = Packages = The ''buidpacket.pl'' is used to generate ''.lrp'' from the builds. == buildall.sh script == Unfortunately, you cannot generate all the packages at once... This is when I discovered the ''tools/buildall.sh'' script! <br />This little shell script can actually setup the whole environment: * Fetch the sources * Run the build * Generate all the packages It produce a neat HTML report, with a link to the log files, one log file per source. Unfortunately, the script overwrites the ''buidpacket.pl'' log files, so you cannot what is going wrong at that stage. This little fix will help in tracing the issues diff -u -r1.6 buildall.sh --- buildall.sh 21 Mar 2005 00:56:02 -0000 1.6 +++ buildall.sh 3 Oct 2005 20:59:13 -0000 @@ -51,13 +51,13 @@ } call_buildpacket() { - echo "-------------------------" >> $MYDIR/$name.build.txt 2>&1 + echo "-------------------------" >> $BTLOGFILE 2>&1 # check if it has a package definition in it: grep -q '<Package>' $BTSOURCEDIR/$1/buildtool.cfg 2>/dev/null if [ $? -eq 0 ] ; then - echo "calling buildpacket for $1 " >> $MYDIR/$name.build.txt 2>&1 + echo "calling buildpacket for $1 " >> $BTLOGFILE 2>&1 - fakeroot $BPBIN --package=$1 --all >> $MYDIR/$name.build.txt 2>&1 + fakeroot $BPBIN --package=$1 --all >> $BTLOGFILE 2>&1 ret=$? if [ $ret -eq 0 ] ; then echo -n "<font color=green>OK</font>" == Gpio == The ''source/gpio/buildtool.cfg'' is not taking the driver from the right location. <br />The correct entry should be <File> Filename = lib/modules/gpio.o Source = lib/modules/2.4.31/gpio/gpio.o Type = binary Permissions = 644 </File> == Initrd == Doesn't build with ''fakeroot'', we really have to ''sudo'' to package this one... sudo ./buildpacket.pl --package=initrd --all == Shorewall == ''buildpacket.pl'' fails because the ''cp'' command returns a non-zero status code on ''/etc/shorewall/*''. The problem is that the ''weblet'' package creates directories in ''/etc/shorewall/'', which makes that ''cp'' issues warnings. Workaround is to build ''weblet'' after ''shorewall'' is '''packaged''', but this is a bit annoying: it just works the first time, after that you have to ''buildclean'' both packages. I prefer to tweak the pattern matching in ''source/shorewall/buildtool.cfg'' -- this is not bullet proof, but good enough <File> Filename = etc/shorewall/ Source = etc/shorewall/*[^.]? Permissions = 600 Type = binary </File> [[Category:Bering-uClibc]] 1366 1365 2005-10-03T22:35:42Z Phil 1 wikitext text/x-wiki = Introduction = The [[Buildtool]] is the [[Bering-uClibc]] development environment. The steps to get everything up and running are described in the [http://leaf.sourceforge.net/doc/guide/buc-buildtool.html Bering uClibc Developers Guide]. This article summarize the issues I had when building the environment. All thsi is based on [[Bering-uClibc]] 2.3 rc1 = Fetching the sources = ./buildtool.pl source No particular problem here... As usual some sources did not download at first try, but eventually all went trough. Note that ''wget'' leaves an empty file when the download fails, so that the Buildtool thinks it is already downloaded. So when it fails, the package source need to be cleaned up. = Compiling the sources = ./buildtool.pl build All the packages but 3 are compiling... == LrpStat == To be able to build this packages, we need to have: * A recent Java SDK (1.4) -- I have used the [http://java.sun.com/j2se/corejava/index.jsp J2SE from Sun] * The ''classes.zip'' from a 1.1 SDK -- After some investigations, I found one at [http://www.blackdown.org Blackdown] (jdk118_v3) The detection mechanism of the setup script is not bullet proof, but the following incantation will work: JAVA_HOME=/usr/local/j2sdk1.4.2_09 CLASSES=/usr/local/jdk118_v3/lib/classes.zip ./buildtool.pl build lrpstat == MadWifi == After install, the makefile runs a ''depmod'' which returns a non zero return code and the make fails. In ''source/madwifi/madwifi/Makefile'', just make the following changes: @if [ -z $(DESTDIR) ]; then \ /sbin/depmod -ae ; \ elif [ -f $(SYSTEMMAP) ]; then \ /sbin/depmod -ae -b $(DESTDIR) -F $(SYSTEMMAP) $(KERNELRELEASE) ; \ else \ echo "Don't forget to run \"depmod -ae\" on the target system."; \ fi into -if [ -z $(DESTDIR) ]; then \ /sbin/depmod -ae ; \ elif [ -f $(SYSTEMMAP) ]; then \ /sbin/depmod -ae -b $(DESTDIR) -F $(SYSTEMMAP) $(KERNELRELEASE) ; \ else \ echo "Don't forget to run \"depmod -ae\" on the target system."; \ fi (We just change the ''@'' in ''-'') == Pptpd == For whatever reason the ''source/pptpd/pptpd-1.2.3/Makefile'' contains references to aclocal-1.9 and automake-1.9 while we have 1.8 installed in the Buildtool stage... I have changed the ''version'' in teh Makefile and now it compiles! = Packages = The ''buidpacket.pl'' is used to generate ''.lrp'' from the builds. == buildall.sh script == Unfortunately, you cannot generate all the packages at once... This is when I discovered the ''tools/buildall.sh'' script! <br />This little shell script can actually setup the whole environment: * Fetch the sources * Run the build * Generate all the packages It produce a neat HTML report, with a link to the log files, one log file per source. Unfortunately, the script overwrites the ''buidpacket.pl'' log files, so you cannot what is going wrong at that stage. This little fix will help in tracing the issues diff -u -r1.6 buildall.sh --- buildall.sh 21 Mar 2005 00:56:02 -0000 1.6 +++ buildall.sh 3 Oct 2005 20:59:13 -0000 @@ -51,13 +51,13 @@ } call_buildpacket() { - echo "-------------------------" >> $MYDIR/$name.build.txt 2>&1 + echo "-------------------------" >> $BTLOGFILE 2>&1 # check if it has a package definition in it: grep -q '<Package>' $BTSOURCEDIR/$1/buildtool.cfg 2>/dev/null if [ $? -eq 0 ] ; then - echo "calling buildpacket for $1 " >> $MYDIR/$name.build.txt 2>&1 + echo "calling buildpacket for $1 " >> $BTLOGFILE 2>&1 - fakeroot $BPBIN --package=$1 --all >> $MYDIR/$name.build.txt 2>&1 + fakeroot $BPBIN --package=$1 --all >> $BTLOGFILE 2>&1 ret=$? if [ $ret -eq 0 ] ; then echo -n "<font color=green>OK</font>" == Gpio == The ''source/gpio/buildtool.cfg'' is not taking the driver from the right location. <br />The correct entry should be <File> Filename = lib/modules/gpio.o Source = lib/modules/2.4.31/gpio/gpio.o Type = binary Permissions = 644 </File> == Initrd == Doesn't build with ''fakeroot'', we really have to ''sudo'' to package this one... sudo ./buildpacket.pl --package=initrd --all == Shorewall == ''buildpacket.pl'' fails because the ''cp'' command returns a non-zero status code on ''/etc/shorewall/*''. The problem is that the ''weblet'' package creates directories in ''/etc/shorewall/'', which makes that ''cp'' issues warnings. Workaround is to build ''weblet'' after ''shorewall'' is '''packaged''', but this is a bit annoying: it just works the first time, after that you have to ''buildclean'' both packages. I prefer to tweak the pattern matching in ''source/shorewall/buildtool.cfg'' -- this is not bullet proof, but good enough <File> Filename = etc/shorewall/ Source = etc/shorewall/*[^.]? Permissions = 600 Type = binary </File> = Summary = In order to build the whole environement: # Get all the sources # Apply the couple of fixes described above # Build the whole stuff with: <br />''JAVA_HOME=/usr/local/j2sdk1.4.2_09 CLASSES=/usr/local/jdk118_v3/lib/classes.zip ./tools/buildall.sh'' # Package the initrd manually: <br />''sudo ./buildpacket.pl --package=initrd --all'' [[Category:Bering-uClibc]] 1373 1366 2005-10-05T11:41:04Z Phil 1 wikitext text/x-wiki = Introduction = The [[Buildtool]] is the [[Bering-uClibc]] development environment. The steps to get everything up and running are described in the [http://leaf.sourceforge.net/doc/guide/buc-buildtool.html Bering uClibc Developers Guide]. This article summarize the issues I had when building the environment. All this is based on [[Bering-uClibc]] 2.3 rc1 = Fetching the sources = ./buildtool.pl source No particular problem here... As usual some sources did not download at first try, but eventually all went trough. Note that ''wget'' leaves an empty file when the download fails, and that the Buildtool thinks it is already downloaded. So when it fails, the package source needs to be cleaned up. = Compiling the sources = ./buildtool.pl build All the packages but 3 are compiling... == LrpStat == To be able to build this package, we need to have: * A recent Java SDK (1.4) -- I have used the [http://java.sun.com/j2se/corejava/index.jsp J2SE from Sun] * The ''classes.zip'' from a 1.1 SDK -- After some investigations, I found one at [http://www.blackdown.org Blackdown] (jdk118_v3) The detection mechanism of the setup script is not bullet proof, but the following incantation will work: JAVA_HOME=/usr/local/j2sdk1.4.2_09 CLASSES=/usr/local/jdk118_v3/lib/classes.zip ./buildtool.pl build lrpstat == MadWifi == After install, the makefile runs a ''depmod'' that returns a non-zero return code and the make fails. In ''source/madwifi/madwifi/Makefile'', just make the following changes: @if [ -z $(DESTDIR) ]; then \ /sbin/depmod -ae ; \ elif [ -f $(SYSTEMMAP) ]; then \ /sbin/depmod -ae -b $(DESTDIR) -F $(SYSTEMMAP) $(KERNELRELEASE) ; \ else \ echo "Don't forget to run \"depmod -ae\" on the target system."; \ fi into -if [ -z $(DESTDIR) ]; then \ /sbin/depmod -ae ; \ elif [ -f $(SYSTEMMAP) ]; then \ /sbin/depmod -ae -b $(DESTDIR) -F $(SYSTEMMAP) $(KERNELRELEASE) ; \ else \ echo "Don't forget to run \"depmod -ae\" on the target system."; \ fi (We just change the ''@'' in ''-'') == Pptpd == For whatever reason the ''source/pptpd/pptpd-1.2.3/Makefile'' contains references to aclocal-1.9 and automake-1.9 while we have 1.8 installed in the Buildtool stage... I have changed the ''version'' in the Makefile and now it compiles! = Packages = The ''buidpacket.pl'' is used to generate ''.lrp'' from the builds. == buildall.sh script == Unfortunately, you cannot generate all the packages at once... This is when I discovered the ''tools/buildall.sh'' script! <br />This little shell script can actually setup the whole environment: * Fetch the sources * Run the build * Generate all the packages It produce a neat HTML report, with a link to the log files, one log file per source. Unfortunately, the script overwrites the ''buidpacket.pl'' log files, so you cannot what is going wrong at that stage. This little fix will help in tracing the issues diff -u -r1.6 buildall.sh --- buildall.sh 21 Mar 2005 00:56:02 -0000 1.6 +++ buildall.sh 3 Oct 2005 20:59:13 -0000 @@ -51,13 +51,13 @@ } call_buildpacket() { - echo "-------------------------" >> $MYDIR/$name.build.txt 2>&1 + echo "-------------------------" >> $BTLOGFILE 2>&1 # check if it has a package definition in it: grep -q '<Package>' $BTSOURCEDIR/$1/buildtool.cfg 2>/dev/null if [ $? -eq 0 ] ; then - echo "calling buildpacket for $1 " >> $MYDIR/$name.build.txt 2>&1 + echo "calling buildpacket for $1 " >> $BTLOGFILE 2>&1 - fakeroot $BPBIN --package=$1 --all >> $MYDIR/$name.build.txt 2>&1 + fakeroot $BPBIN --package=$1 --all >> $BTLOGFILE 2>&1 ret=$? if [ $ret -eq 0 ] ; then echo -n "<font color=green>OK</font>" == Gpio == The ''source/gpio/buildtool.cfg'' is not taking the driver from the right location. <br />The correct entry should be <File> Filename = lib/modules/gpio.o Source = lib/modules/2.4.31/gpio/gpio.o Type = binary Permissions = 644 </File> == Initrd == Doesn't build with ''fakeroot'', we really have to ''sudo'' to package this one... sudo ./buildpacket.pl --package=initrd --all == Shorewall == ''buildpacket.pl'' fails because the ''cp'' command returns a non-zero status code on ''/etc/shorewall/*''. The problem is that the ''weblet'' package creates directories in ''/etc/shorewall/'', which makes that ''cp'' issues warnings. Workaround is to build ''weblet'' after ''shorewall'' is '''packaged''', but this is a bit annoying: it just works the first time, after that you have to ''buildclean'' both packages. I prefer to tweak the pattern matching in ''source/shorewall/buildtool.cfg'' -- this is not bullet proof, but good enough <File> Filename = etc/shorewall/ Source = etc/shorewall/*[^.]? Permissions = 600 Type = binary </File> = What else do we need? = We have now all the packages in the ''package'' directory, but we need a couple of other things to build an image... <br />The ''tools'' directory has a couple of scripts to build images, but they fetch binaries from the Internet, which is obviously not what I wanted to do... So what else do we need? == Linux kernel == The kernel is available as ''build/kernel/bzimage-2.4.31-upx'' and just need to be renamed in ''linux'' == SysLinux and Leaf config files == Templates for ''syslinux.cfg'' and ''leaf.cfg'' are available in ''tools/image/fd'' and ''tools/image/iso'' diectories == Readme and banner == The ''readme'' file and the ''syslinux.dpy'' banner templates are available in the ''tools/image'' directory. Build date and version need to be substituted. Note that the banner does not look too good on an old VT200 screen, and should be cleaned up if your console is on the serial port! == WebConf plugins == The webconf plugins (.lwp files) are not part of the buildroot and need to be fetched from http://cvs.sourceforge.net/viewcvs.py/leaf/devel/nangel/webconf/lrp/ . == Linux kernel modules == The Linux kernel modules are available in ''build/kernel/lib/modules''. = Summary = In order to build the whole environment: # Get all the sources # Apply the couple of fixes described above # Build the whole stuff with: <br />''JAVA_HOME=/usr/local/j2sdk1.4.2_09 CLASSES=/usr/local/jdk118_v3/lib/classes.zip ./tools/buildall.sh'' # Package the initrd manually: <br />''sudo ./buildpacket.pl --package=initrd --all'' # To make your own images, grab your selection of packages and the required additional files! [[Category:Bering-uClibc]] 1376 1373 2005-10-10T21:39:11Z Phil 1 /* Initrd */ wikitext text/x-wiki = Introduction = The [[Buildtool]] is the [[Bering-uClibc]] development environment. The steps to get everything up and running are described in the [http://leaf.sourceforge.net/doc/guide/buc-buildtool.html Bering uClibc Developers Guide]. This article summarize the issues I had when building the environment. All this is based on [[Bering-uClibc]] 2.3 rc1 = Fetching the sources = ./buildtool.pl source No particular problem here... As usual some sources did not download at first try, but eventually all went trough. Note that ''wget'' leaves an empty file when the download fails, and that the Buildtool thinks it is already downloaded. So when it fails, the package source needs to be cleaned up. = Compiling the sources = ./buildtool.pl build All the packages but 3 are compiling... == LrpStat == To be able to build this package, we need to have: * A recent Java SDK (1.4) -- I have used the [http://java.sun.com/j2se/corejava/index.jsp J2SE from Sun] * The ''classes.zip'' from a 1.1 SDK -- After some investigations, I found one at [http://www.blackdown.org Blackdown] (jdk118_v3) The detection mechanism of the setup script is not bullet proof, but the following incantation will work: JAVA_HOME=/usr/local/j2sdk1.4.2_09 CLASSES=/usr/local/jdk118_v3/lib/classes.zip ./buildtool.pl build lrpstat == MadWifi == After install, the makefile runs a ''depmod'' that returns a non-zero return code and the make fails. In ''source/madwifi/madwifi/Makefile'', just make the following changes: @if [ -z $(DESTDIR) ]; then \ /sbin/depmod -ae ; \ elif [ -f $(SYSTEMMAP) ]; then \ /sbin/depmod -ae -b $(DESTDIR) -F $(SYSTEMMAP) $(KERNELRELEASE) ; \ else \ echo "Don't forget to run \"depmod -ae\" on the target system."; \ fi into -if [ -z $(DESTDIR) ]; then \ /sbin/depmod -ae ; \ elif [ -f $(SYSTEMMAP) ]; then \ /sbin/depmod -ae -b $(DESTDIR) -F $(SYSTEMMAP) $(KERNELRELEASE) ; \ else \ echo "Don't forget to run \"depmod -ae\" on the target system."; \ fi (We just change the ''@'' in ''-'') == Pptpd == For whatever reason the ''source/pptpd/pptpd-1.2.3/Makefile'' contains references to aclocal-1.9 and automake-1.9 while we have 1.8 installed in the Buildtool stage... I have changed the ''version'' in the Makefile and now it compiles! = Packages = The ''buidpacket.pl'' is used to generate ''.lrp'' from the builds. == buildall.sh script == Unfortunately, you cannot generate all the packages at once... This is when I discovered the ''tools/buildall.sh'' script! <br />This little shell script can actually setup the whole environment: * Fetch the sources * Run the build * Generate all the packages It produce a neat HTML report, with a link to the log files, one log file per source. Unfortunately, the script overwrites the ''buidpacket.pl'' log files, so you cannot what is going wrong at that stage. This little fix will help in tracing the issues diff -u -r1.6 buildall.sh --- buildall.sh 21 Mar 2005 00:56:02 -0000 1.6 +++ buildall.sh 3 Oct 2005 20:59:13 -0000 @@ -51,13 +51,13 @@ } call_buildpacket() { - echo "-------------------------" >> $MYDIR/$name.build.txt 2>&1 + echo "-------------------------" >> $BTLOGFILE 2>&1 # check if it has a package definition in it: grep -q '<Package>' $BTSOURCEDIR/$1/buildtool.cfg 2>/dev/null if [ $? -eq 0 ] ; then - echo "calling buildpacket for $1 " >> $MYDIR/$name.build.txt 2>&1 + echo "calling buildpacket for $1 " >> $BTLOGFILE 2>&1 - fakeroot $BPBIN --package=$1 --all >> $MYDIR/$name.build.txt 2>&1 + fakeroot $BPBIN --package=$1 --all >> $BTLOGFILE 2>&1 ret=$? if [ $ret -eq 0 ] ; then echo -n "<font color=green>OK</font>" == Gpio == The ''source/gpio/buildtool.cfg'' is not taking the driver from the right location. <br />The correct entry should be <File> Filename = lib/modules/gpio.o Source = lib/modules/2.4.31/gpio/gpio.o Type = binary Permissions = 644 </File> == Initrd == Doesn't build with ''fakeroot'', we really have to ''sudo'' to package this one... sudo ./buildpacket.pl --package=initrd --all Another issue is that the initrd ''buildroot.cfg'' includes ''common.cfg'' multiple times. '''This does not work!''' The perl package ''Config::General'' will not read (and include) the same file twice: 350 if (exists $this->{files}->{$configfile} ) { 351 # do not read the same file twice, just return 352 # FIXME: should we croak here, when some "debugging" is enabled? 353 return; 354 } I have used a dirty workaround: create some symbolic links for ''common.cfg'' and use the different names in the initrd ''buildroot.cfg''. == Shorewall == ''buildpacket.pl'' fails because the ''cp'' command returns a non-zero status code on ''/etc/shorewall/*''. The problem is that the ''weblet'' package creates directories in ''/etc/shorewall/'', which makes that ''cp'' issues warnings. Workaround is to build ''weblet'' after ''shorewall'' is '''packaged''', but this is a bit annoying: it just works the first time, after that you have to ''buildclean'' both packages. I prefer to tweak the pattern matching in ''source/shorewall/buildtool.cfg'' -- this is not bullet proof, but good enough <File> Filename = etc/shorewall/ Source = etc/shorewall/*[^.]? Permissions = 600 Type = binary </File> = What else do we need? = We have now all the packages in the ''package'' directory, but we need a couple of other things to build an image... <br />The ''tools'' directory has a couple of scripts to build images, but they fetch binaries from the Internet, which is obviously not what I wanted to do... So what else do we need? == Linux kernel == The kernel is available as ''build/kernel/bzimage-2.4.31-upx'' and just need to be renamed in ''linux'' == SysLinux and Leaf config files == Templates for ''syslinux.cfg'' and ''leaf.cfg'' are available in ''tools/image/fd'' and ''tools/image/iso'' diectories == Readme and banner == The ''readme'' file and the ''syslinux.dpy'' banner templates are available in the ''tools/image'' directory. Build date and version need to be substituted. Note that the banner does not look too good on an old VT200 screen, and should be cleaned up if your console is on the serial port! == WebConf plugins == The webconf plugins (.lwp files) are not part of the buildroot and need to be fetched from http://cvs.sourceforge.net/viewcvs.py/leaf/devel/nangel/webconf/lrp/ . == Linux kernel modules == The Linux kernel modules are available in ''build/kernel/lib/modules''. = Summary = In order to build the whole environment: # Get all the sources # Apply the couple of fixes described above # Build the whole stuff with: <br />''JAVA_HOME=/usr/local/j2sdk1.4.2_09 CLASSES=/usr/local/jdk118_v3/lib/classes.zip ./tools/buildall.sh'' # Package the initrd manually: <br />''sudo ./buildpacket.pl --package=initrd --all'' # To make your own images, grab your selection of packages and the required additional files! [[Category:Bering-uClibc]] 14 1325 1364 2005-10-03T21:12:10Z Phil 1 wikitext text/x-wiki Using Bering-uClibc for [http://www.reseaucitoyen.be RéseauCitoyen] 0 1326 1368 2005-10-04T18:06:54Z Phil 1 wikitext text/x-wiki = Partitioning = Disk /dev/hdc: 128 MB, 128188416 bytes 8 heads, 32 sectors/track, 978 cylinders Units = cylinders of 256 * 512 = 131072 bytes Device Boot Start End Blocks Id System /dev/hdc1 * 1 256 32752 6 FAT16 /dev/hdc2 257 512 32768 83 Linux /dev/hdc3 513 978 59648 83 Linux 1369 1368 2005-10-04T18:48:29Z Phil 1 /* Partitioning */ wikitext text/x-wiki This article describes how to prepare a Compact-Flash for use with [[Bering-uClibc]] = Partitioning = The [[Bering-uClibc]] system is relatively small: a couple of megabytes is enough for a [http://www.reseaucitoyen.be RéseauCitoyen] node; the full list of packages being just a bit more than 10 MB. The idea is then to partition the Compact-Flash in 3 parts, depending on the size of the CF card. <br />We have here a 128MB card which is way to much! # An MSDOS partition for the packages. The use of a FAT16 filesystem is dicated by the use of syslinux for booting the device. 4 MB is more than enough. # A Minix partition for the packages (partial) backup. The idea is to keep the original packages in the first partition and save the configuration files (partial backups) in the second partition. This way, we can easily upgrade a node by just copying the new packages in the dos partition, without overwriting the configuration files. A couple of megabutes should be sufficient here. # A Minix file system as general purpose filesystem. The rest of the CF can be used to store whatever data we need. On my huge CF card the partitions looks like: Disk /dev/hdc: 128 MB, 128188416 bytes 8 heads, 32 sectors/track, 978 cylinders Units = cylinders of 256 * 512 = 131072 bytes Device Boot Start End Blocks Id System /dev/hdc1 * 1 256 32752 6 FAT16 /dev/hdc2 257 512 32768 83 Linux /dev/hdc3 513 978 59648 83 Linux = Filesystems = The first partition will recieve the packages and need to be DOS-formatted: mkdosfs -n BERING /dev/hdc1 Then we load syslinux on it syslinux /dev/hdc1 And we also need to copy a MBR on it dd if=mbr.bin of=/dev/hdc bs=512 count=1 Note that the mbr.bin s part of the syslinux distribution, but is not in the Debian package... 1371 1369 2005-10-04T22:31:35Z Phil 1 wikitext text/x-wiki This article describes how to prepare a Compact-Flash for use with [[Bering-uClibc]] = Partitioning = The [[Bering-uClibc]] system is relatively small: a couple of megabytes is enough for a [http://www.reseaucitoyen.be RéseauCitoyen] node; the full list of packages being just a bit more than 10 MB. The idea is then to partition the Compact-Flash in 3 parts, depending on the size of the CF card. <br />We have here a 128MB card which is way to much! # An MSDOS partition for the packages. The use of a FAT16 filesystem is dicated by the use of syslinux for booting the device. 4 MB is more than enough. # A Minix partition for the packages (partial) backup. We want to keep the original packages in the first partition and save the configuration files (partial backups) in the second partition. This way, we can easily upgrade a node by just copying the new packages in the dos partition, without overwriting the configuration files. A couple of megabutes should be sufficient here. # A Minix file system as general purpose filesystem. The rest of the CF can be used to store whatever data we need. On my huge CF card the partition table looks like: Disk /dev/hdc: 128 MB, 128188416 bytes 8 heads, 32 sectors/track, 978 cylinders Units = cylinders of 256 * 512 = 131072 bytes Device Boot Start End Blocks Id System /dev/hdc1 * 1 256 32752 6 FAT16 /dev/hdc2 257 512 32768 83 Linux /dev/hdc3 513 978 59648 83 Linux = Boot partition = The first partition will recieve the packages and need to be DOS-formatted: mkdosfs -n BERING /dev/hdc1 Then we load syslinux on it syslinux -s /dev/hdc1 And we also need to copy a MBR on it dd if=mbr.bin of=/dev/hdc bs=512 count=1 Note that the mbr.bin s part of the syslinux distribution, but is not in the Debian package... [[Category:Bering-uClibc]] 1372 1371 2005-10-05T10:31:41Z Phil 1 /* Boot partition */ wikitext text/x-wiki This article describes how to prepare a Compact-Flash for use with [[Bering-uClibc]] = Partitioning = The [[Bering-uClibc]] system is relatively small: a couple of megabytes is enough for a [http://www.reseaucitoyen.be RéseauCitoyen] node; the full list of packages being just a bit more than 10 MB. The idea is then to partition the Compact-Flash in 3 parts, depending on the size of the CF card. <br />We have here a 128MB card which is way to much! # An MSDOS partition for the packages. The use of a FAT16 filesystem is dicated by the use of syslinux for booting the device. 4 MB is more than enough. # A Minix partition for the packages (partial) backup. We want to keep the original packages in the first partition and save the configuration files (partial backups) in the second partition. This way, we can easily upgrade a node by just copying the new packages in the dos partition, without overwriting the configuration files. A couple of megabutes should be sufficient here. # A Minix file system as general purpose filesystem. The rest of the CF can be used to store whatever data we need. On my huge CF card the partition table looks like: Disk /dev/hdc: 128 MB, 128188416 bytes 8 heads, 32 sectors/track, 978 cylinders Units = cylinders of 256 * 512 = 131072 bytes Device Boot Start End Blocks Id System /dev/hdc1 * 1 256 32752 6 FAT16 /dev/hdc2 257 512 32768 83 Linux /dev/hdc3 513 978 59648 83 Linux = Boot partition = == Filesystem == The first partition will recieve the packages and need to be DOS-formatted: mkdosfs -n BERING /dev/hdc1 Then we load syslinux on it syslinux -s /dev/hdc1 And we also need to copy a MBR on it dd if=mbr.bin of=/dev/hdc bs=512 count=1 Note that the mbr.bin s part of the syslinux distribution, but is not in the Debian package... == Content == === Syslinux === === Package === We will use the following packages... [[Category:Bering-uClibc]] 1374 1372 2005-10-05T21:04:35Z Phil 1 wikitext text/x-wiki This article describes how to prepare a Compact-Flash for use with [[Bering-uClibc]] = Partitioning = The [[Bering-uClibc]] system is relatively small: a couple of megabytes is enough for a [http://www.reseaucitoyen.be RéseauCitoyen] node; the full list of packages being just a bit more than 10 MB. The idea is then to partition the Compact-Flash in 3 parts, depending on the size of the CF card. <br />We have here a 128MB card which is way to much! # An MSDOS partition for the packages. The use of a FAT16 filesystem is dicated by the use of [http://syslinux.zytor.com/faq.php SysLinux] for booting the device. 4 MB is more than enough. # A Minix partition for the packages (partial) backup. We want to keep the original packages in the first partition and save the configuration files (partial backups) in the second partition. This way, we can easily upgrade a node by just copying the new packages in the dos partition, without overwriting the configuration files. A couple of megabutes should be sufficient here. # A Minix file system as general purpose filesystem. The rest of the CF can be used to store whatever data we need. On my huge CF card the partition table looks like: Disk /dev/hdc: 128 MB, 128188416 bytes 8 heads, 32 sectors/track, 978 cylinders Units = cylinders of 256 * 512 = 131072 bytes Device Boot Start End Blocks Id System /dev/hdc1 * 1 256 32752 6 FAT16 /dev/hdc2 257 512 32768 83 Linux /dev/hdc3 513 978 59648 83 Linux = Boot partition = == Filesystem & syslinux == The first partition will recieve the packages and need to be DOS-formatted for [http://syslinux.zytor.com/faq.php SysLinux]: mkdosfs -n BERING /dev/hdc1 Then we load [http://syslinux.zytor.com/faq.php SysLinux] on it syslinux -s /dev/hdc1 And we also need to copy a MBR on it dd if=mbr.bin of=/dev/hdc bs=512 count=1 Note that the mbr.bin s part of the [http://syslinux.zytor.com/faq.php SysLinux] distribution, but is not in the Debian package... It can be dowloaded from [http://www.kernel.org/pub/linux/utils/boot/syslinux/ kernel.org] Then you have to put the ''syslinux.cfg'' configuration file and the ''syslinux.dpy''banner files in the filesystem. Templates are available in the ''tools/image'' directory of the [[Buildtool]]. On the soekris, I am using the following ''syslinux.cfg'': serial 0 19200 display syslinux.dpy timeout 0 default linux initrd=initrd.lrp init=/linuxrc rw root=/dev/ram0 LEAFCFG=/dev/hda2:minix append console=ttyS0,19200 nodma=hda ide=nodma We will put the leaf configuration file on the second partition. ''syslinux.cfg'' is the only system specific file we will have on the first partition; If the console is on a serial port, it is better to cleanup ''syslinux.dpy'' to avoid control characters on the connected terminal. == Linux kernel and packages == The rest of the filesystem is for the [[Bering-uClibc]] Linux kernel and packages. I don't expect space problem on the Compact-Flash card, so we could easily copy all the packages! I am just listing the main ones needed for a node === System files === * linux: the Linux kernel, copied from ''build/kernel/bzimage-2.4.31-upx'' * initrd.lrp: the bootstrap file, copied from initrd_ide.lrp as we boot from Compact-Flash via the IDE adapter * root.lrp: System files (basic commands)<br />The full root backup will backup '''all'' files not in other packages! * etc.lrp: /etc config files, system startup, ... * modules.lrp: the drivers needed to run the node<br />The drivers loaded by the PCMCIA cardmanager '''must be''' in the pcmcia subdirectory, so that the modules can be loaded through ''insmod'' as ''modbrobe'' is not available. * local.lrp: /usr/local files (empty package) * log.lrp: /var/log files (empty package) * config.lrp: the ''lrcfg'' configuration tool === Network files === * dropbear.lrp: ssh server * iptables.lrp: the iptables suite * shorewall.lrp: shorewall firewall * ulogd.lrp: user space log daemon === Web Interface === * mhttpd.lrp * webconf.lrp == PCMCIA == * pcmod.lrp: PCMCIA and Cardbus base modules * pcmcia.lrp: cardmgr, etc == Wireless stuff == * wireless.lrp: Jean II wireless tools * libm.lrp: dependancy * hostapu.lrp: HostAP Config * olsrd.lrp === Other packages === Packages that could be usefull on a node: * bridge.lrp * keyboard.lrp * dhcpcd.lrp * dnsmasq.lrp [[Category:Bering-uClibc]] 1375 1374 2005-10-05T22:05:55Z Phil 1 wikitext text/x-wiki This article describes how to prepare a Compact-Flash for use with [[Bering-uClibc]] = Partitioning = The [[Bering-uClibc]] system is relatively small: a couple of megabytes is enough for a [http://www.reseaucitoyen.be RéseauCitoyen] node; the full list of packages being just a bit more than 10 MB. The idea is then to partition the Compact-Flash in 3 parts, depending on the size of the CF card. <br />We have here a 128MB card which is way to much! # An MSDOS partition for the packages. The use of a FAT16 filesystem is dicated by the use of [http://syslinux.zytor.com/faq.php SysLinux] for booting the device. 4 MB is more than enough. # A Minix partition for the packages (partial) backup. We want to keep the original packages in the first partition and save the configuration files (partial backups) in the second partition. This way, we can easily upgrade a node by just copying the new packages in the dos partition, without overwriting the configuration files. A couple of megabutes should be sufficient here. # A Minix file system as general purpose filesystem. The rest of the CF can be used to store whatever data we need. On my huge CF card the partition table looks like: Disk /dev/hdc: 128 MB, 128188416 bytes 8 heads, 32 sectors/track, 978 cylinders Units = cylinders of 256 * 512 = 131072 bytes Device Boot Start End Blocks Id System /dev/hdc1 * 1 256 32752 6 FAT16 /dev/hdc2 257 512 32768 83 Linux /dev/hdc3 513 978 59648 83 Linux = Boot partition = == Filesystem & syslinux == The first partition will recieve the packages and need to be DOS-formatted for [http://syslinux.zytor.com/faq.php SysLinux]: mkdosfs -n BERING /dev/hdc1 Then we load [http://syslinux.zytor.com/faq.php SysLinux] on it syslinux -s /dev/hdc1 And we also need to copy a MBR on it dd if=mbr.bin of=/dev/hdc bs=512 count=1 Note that the mbr.bin s part of the [http://syslinux.zytor.com/faq.php SysLinux] distribution, but is not in the Debian package... It can be dowloaded from [http://www.kernel.org/pub/linux/utils/boot/syslinux/ kernel.org] Then you have to put the ''syslinux.cfg'' configuration file and the ''syslinux.dpy''banner files in the filesystem. Templates are available in the ''tools/image'' directory of the [[Buildtool]]. On the soekris, I am using the following ''syslinux.cfg'': serial 0 19200 display syslinux.dpy timeout 0 default linux initrd=initrd.lrp init=/linuxrc rw root=/dev/ram0 LEAFCFG=/dev/hda2:minix append console=ttyS0,19200 nodma=hda ide=nodma We will put the leaf configuration file on the second partition. ''syslinux.cfg'' is the only system specific file we will have on the first partition; If the console is on a serial port, it is better to cleanup ''syslinux.dpy'' to avoid control characters on the connected terminal. == Linux kernel and packages == The rest of the filesystem is for the [[Bering-uClibc]] Linux kernel and packages. I don't expect space problem on the Compact-Flash card, so we could easily copy all the packages! I am just listing the main ones needed for a node === System files === * linux: the Linux kernel, copied from ''build/kernel/bzimage-2.4.31-upx'' * initrd.lrp: the bootstrap file, copied from initrd_ide.lrp as we boot from Compact-Flash via the IDE adapter * root.lrp: System files (basic commands)<br />The full root backup will backup '''all'' files not in other packages! * etc.lrp: /etc config files, system startup, ...<br />If we use the serial console, ''/etc/inittab'' need to be updated, otherwhise there will be no way to access the node! This is only necessary for a fresh install, after that ''inittab'' will be saved in the config files. * modules.lrp: the drivers needed to run the node<br />The drivers loaded by the PCMCIA cardmanager '''must be''' in the pcmcia subdirectory, so that the modules can be loaded through ''insmod'' as ''modbrobe'' is not available. * local.lrp: /usr/local files (empty package) * log.lrp: /var/log files (empty package) * config.lrp: the ''lrcfg'' configuration tool === Network files === * dropbear.lrp: ssh server * iptables.lrp: the iptables suite * shorewall.lrp: shorewall firewall * ulogd.lrp: user space log daemon === Web Interface === * mhttpd.lrp: lightweight HTTP server * webconf.lrp: Web configuration interface <br />We need to copy the ''<package>.lwp'' configuration plugins === PCMCIA === * pcmod.lrp: PCMCIA and Cardbus base modules * pcmcia.lrp: cardmgr, etc === Wireless stuff === * wireless.lrp: Jean II wireless tools * libm.lrp: dependancy * hostapu.lrp: HostAP Config * olsrd.lrp: the routing daemon === Other packages === Packages that could be usefull on a node: * bridge.lrp: bridge support * keyboard.lrp: non-qwerty keyboard support * dhcpcd.lrp: dhcp client * dnsmasq.lrp: dhcp server & dns cache = Config partition = = Extra partition = [[Category:Bering-uClibc]] 1377 1375 2005-10-10T21:46:19Z Phil 1 /* Web Interface */ wikitext text/x-wiki This article describes how to prepare a Compact-Flash for use with [[Bering-uClibc]] = Partitioning = The [[Bering-uClibc]] system is relatively small: a couple of megabytes is enough for a [http://www.reseaucitoyen.be RéseauCitoyen] node; the full list of packages being just a bit more than 10 MB. The idea is then to partition the Compact-Flash in 3 parts, depending on the size of the CF card. <br />We have here a 128MB card which is way to much! # An MSDOS partition for the packages. The use of a FAT16 filesystem is dicated by the use of [http://syslinux.zytor.com/faq.php SysLinux] for booting the device. 4 MB is more than enough. # A Minix partition for the packages (partial) backup. We want to keep the original packages in the first partition and save the configuration files (partial backups) in the second partition. This way, we can easily upgrade a node by just copying the new packages in the dos partition, without overwriting the configuration files. A couple of megabutes should be sufficient here. # A Minix file system as general purpose filesystem. The rest of the CF can be used to store whatever data we need. On my huge CF card the partition table looks like: Disk /dev/hdc: 128 MB, 128188416 bytes 8 heads, 32 sectors/track, 978 cylinders Units = cylinders of 256 * 512 = 131072 bytes Device Boot Start End Blocks Id System /dev/hdc1 * 1 256 32752 6 FAT16 /dev/hdc2 257 512 32768 83 Linux /dev/hdc3 513 978 59648 83 Linux = Boot partition = == Filesystem & syslinux == The first partition will recieve the packages and need to be DOS-formatted for [http://syslinux.zytor.com/faq.php SysLinux]: mkdosfs -n BERING /dev/hdc1 Then we load [http://syslinux.zytor.com/faq.php SysLinux] on it syslinux -s /dev/hdc1 And we also need to copy a MBR on it dd if=mbr.bin of=/dev/hdc bs=512 count=1 Note that the mbr.bin s part of the [http://syslinux.zytor.com/faq.php SysLinux] distribution, but is not in the Debian package... It can be dowloaded from [http://www.kernel.org/pub/linux/utils/boot/syslinux/ kernel.org] Then you have to put the ''syslinux.cfg'' configuration file and the ''syslinux.dpy''banner files in the filesystem. Templates are available in the ''tools/image'' directory of the [[Buildtool]]. On the soekris, I am using the following ''syslinux.cfg'': serial 0 19200 display syslinux.dpy timeout 0 default linux initrd=initrd.lrp init=/linuxrc rw root=/dev/ram0 LEAFCFG=/dev/hda2:minix append console=ttyS0,19200 nodma=hda ide=nodma We will put the leaf configuration file on the second partition. ''syslinux.cfg'' is the only system specific file we will have on the first partition; If the console is on a serial port, it is better to cleanup ''syslinux.dpy'' to avoid control characters on the connected terminal. == Linux kernel and packages == The rest of the filesystem is for the [[Bering-uClibc]] Linux kernel and packages. I don't expect space problem on the Compact-Flash card, so we could easily copy all the packages! I am just listing the main ones needed for a node === System files === * linux: the Linux kernel, copied from ''build/kernel/bzimage-2.4.31-upx'' * initrd.lrp: the bootstrap file, copied from initrd_ide.lrp as we boot from Compact-Flash via the IDE adapter * root.lrp: System files (basic commands)<br />The full root backup will backup '''all'' files not in other packages! * etc.lrp: /etc config files, system startup, ...<br />If we use the serial console, ''/etc/inittab'' need to be updated, otherwhise there will be no way to access the node! This is only necessary for a fresh install, after that ''inittab'' will be saved in the config files. * modules.lrp: the drivers needed to run the node<br />The drivers loaded by the PCMCIA cardmanager '''must be''' in the pcmcia subdirectory, so that the modules can be loaded through ''insmod'' as ''modbrobe'' is not available. * local.lrp: /usr/local files (empty package) * log.lrp: /var/log files (empty package) * config.lrp: the ''lrcfg'' configuration tool === Network files === * dropbear.lrp: ssh server * iptables.lrp: the iptables suite * shorewall.lrp: shorewall firewall * ulogd.lrp: user space log daemon === Web Interface === * mhttpd.lrp: lightweight HTTP server * webconf.lrp: Web configuration interface <br />We need to copy the ''<package>.lwp'' configuration plugins <br />'''Note''': the password file is not part of the configuration files, and therefore the password is lost when that package is upgraded! === PCMCIA === * pcmod.lrp: PCMCIA and Cardbus base modules * pcmcia.lrp: cardmgr, etc === Wireless stuff === * wireless.lrp: Jean II wireless tools * libm.lrp: dependancy * hostapu.lrp: HostAP Config * olsrd.lrp: the routing daemon === Other packages === Packages that could be usefull on a node: * bridge.lrp: bridge support * keyboard.lrp: non-qwerty keyboard support * dhcpcd.lrp: dhcp client * dnsmasq.lrp: dhcp server & dns cache = Config partition = = Extra partition = [[Category:Bering-uClibc]] 1378 1377 2005-10-10T22:13:25Z Phil 1 /* Config partition */ wikitext text/x-wiki This article describes how to prepare a Compact-Flash for use with [[Bering-uClibc]] = Partitioning = The [[Bering-uClibc]] system is relatively small: a couple of megabytes is enough for a [http://www.reseaucitoyen.be RéseauCitoyen] node; the full list of packages being just a bit more than 10 MB. The idea is then to partition the Compact-Flash in 3 parts, depending on the size of the CF card. <br />We have here a 128MB card which is way to much! # An MSDOS partition for the packages. The use of a FAT16 filesystem is dicated by the use of [http://syslinux.zytor.com/faq.php SysLinux] for booting the device. 4 MB is more than enough. # A Minix partition for the packages (partial) backup. We want to keep the original packages in the first partition and save the configuration files (partial backups) in the second partition. This way, we can easily upgrade a node by just copying the new packages in the dos partition, without overwriting the configuration files. A couple of megabutes should be sufficient here. # A Minix file system as general purpose filesystem. The rest of the CF can be used to store whatever data we need. On my huge CF card the partition table looks like: Disk /dev/hdc: 128 MB, 128188416 bytes 8 heads, 32 sectors/track, 978 cylinders Units = cylinders of 256 * 512 = 131072 bytes Device Boot Start End Blocks Id System /dev/hdc1 * 1 256 32752 6 FAT16 /dev/hdc2 257 512 32768 83 Linux /dev/hdc3 513 978 59648 83 Linux = Boot partition = == Filesystem & syslinux == The first partition will recieve the packages and need to be DOS-formatted for [http://syslinux.zytor.com/faq.php SysLinux]: mkdosfs -n BERING /dev/hdc1 Then we load [http://syslinux.zytor.com/faq.php SysLinux] on it syslinux -s /dev/hdc1 And we also need to copy a MBR on it dd if=mbr.bin of=/dev/hdc bs=512 count=1 Note that the mbr.bin s part of the [http://syslinux.zytor.com/faq.php SysLinux] distribution, but is not in the Debian package... It can be dowloaded from [http://www.kernel.org/pub/linux/utils/boot/syslinux/ kernel.org] Then you have to put the ''syslinux.cfg'' configuration file and the ''syslinux.dpy''banner files in the filesystem. Templates are available in the ''tools/image'' directory of the [[Buildtool]]. On the soekris, I am using the following ''syslinux.cfg'': serial 0 19200 display syslinux.dpy timeout 0 default linux initrd=initrd.lrp init=/linuxrc rw root=/dev/ram0 LEAFCFG=/dev/hda2:minix append console=ttyS0,19200 nodma=hda ide=nodma We will put the leaf configuration file on the second partition. ''syslinux.cfg'' is the only system specific file we will have on the first partition; If the console is on a serial port, it is better to cleanup ''syslinux.dpy'' to avoid control characters on the connected terminal. == Linux kernel and packages == The rest of the filesystem is for the [[Bering-uClibc]] Linux kernel and packages. I don't expect space problem on the Compact-Flash card, so we could easily copy all the packages! I am just listing the main ones needed for a node === System files === * linux: the Linux kernel, copied from ''build/kernel/bzimage-2.4.31-upx'' * initrd.lrp: the bootstrap file, copied from initrd_ide.lrp as we boot from Compact-Flash via the IDE adapter * root.lrp: System files (basic commands)<br />The full root backup will backup '''all'' files not in other packages! * etc.lrp: /etc config files, system startup, ...<br />If we use the serial console, ''/etc/inittab'' need to be updated, otherwhise there will be no way to access the node! This is only necessary for a fresh install, after that ''inittab'' will be saved in the config files. * modules.lrp: the drivers needed to run the node<br />The drivers loaded by the PCMCIA cardmanager '''must be''' in the pcmcia subdirectory, so that the modules can be loaded through ''insmod'' as ''modbrobe'' is not available. * local.lrp: /usr/local files (empty package) * log.lrp: /var/log files (empty package) * config.lrp: the ''lrcfg'' configuration tool === Network files === * dropbear.lrp: ssh server * iptables.lrp: the iptables suite * shorewall.lrp: shorewall firewall * ulogd.lrp: user space log daemon === Web Interface === * mhttpd.lrp: lightweight HTTP server * webconf.lrp: Web configuration interface <br />We need to copy the ''<package>.lwp'' configuration plugins <br />'''Note''': the password file is not part of the configuration files, and therefore the password is lost when that package is upgraded! === PCMCIA === * pcmod.lrp: PCMCIA and Cardbus base modules * pcmcia.lrp: cardmgr, etc === Wireless stuff === * wireless.lrp: Jean II wireless tools * libm.lrp: dependancy * hostapu.lrp: HostAP Config * olsrd.lrp: the routing daemon === Other packages === Packages that could be usefull on a node: * bridge.lrp: bridge support * keyboard.lrp: non-qwerty keyboard support * dhcpcd.lrp: dhcp client * dnsmasq.lrp: dhcp server & dns cache = Config partition = The second partition will receive a Minix filesystem (the [[Bering-uClibc]] kernel only supports msdos and minix filesystems without additional modules). Initially, this partition will only contains the ''leaf.cfg'' configuration file: VERBOSE=0 LRP="root config etc local modules log iptables dhcpcd shorwall ulogd dnsmasq dropbear pcmod pcmcia libm wireless hostapu mhttpd webconf lrpstat olsrd" PKGPATH="/dev/hda2:minix,/dev/hda1:msdos" syst_size=16M log_size=10M The important thing is the ''PKGPATH'' variable: it took me some time to realize that by default the list is processed backwards when installing the package: we will first get the package files from the hda1 partition, then overlay with the configuration files from the hda2 partition. <br />An easy way to see this is that the files in the first device take precedence over the others! Once the system is installed and running, we will backup the configuration files (partial backup) on this partition. = Extra partition = [[Category:Bering-uClibc]] 1379 1378 2005-10-10T22:23:03Z Phil 1 /* Extra partition */ wikitext text/x-wiki This article describes how to prepare a Compact-Flash for use with [[Bering-uClibc]] = Partitioning = The [[Bering-uClibc]] system is relatively small: a couple of megabytes is enough for a [http://www.reseaucitoyen.be RéseauCitoyen] node; the full list of packages being just a bit more than 10 MB. The idea is then to partition the Compact-Flash in 3 parts, depending on the size of the CF card. <br />We have here a 128MB card which is way to much! # An MSDOS partition for the packages. The use of a FAT16 filesystem is dicated by the use of [http://syslinux.zytor.com/faq.php SysLinux] for booting the device. 4 MB is more than enough. # A Minix partition for the packages (partial) backup. We want to keep the original packages in the first partition and save the configuration files (partial backups) in the second partition. This way, we can easily upgrade a node by just copying the new packages in the dos partition, without overwriting the configuration files. A couple of megabutes should be sufficient here. # A Minix file system as general purpose filesystem. The rest of the CF can be used to store whatever data we need. On my huge CF card the partition table looks like: Disk /dev/hdc: 128 MB, 128188416 bytes 8 heads, 32 sectors/track, 978 cylinders Units = cylinders of 256 * 512 = 131072 bytes Device Boot Start End Blocks Id System /dev/hdc1 * 1 256 32752 6 FAT16 /dev/hdc2 257 512 32768 83 Linux /dev/hdc3 513 978 59648 83 Linux = Boot partition = == Filesystem & syslinux == The first partition will recieve the packages and need to be DOS-formatted for [http://syslinux.zytor.com/faq.php SysLinux]: mkdosfs -n BERING /dev/hdc1 Then we load [http://syslinux.zytor.com/faq.php SysLinux] on it syslinux -s /dev/hdc1 And we also need to copy a MBR on it dd if=mbr.bin of=/dev/hdc bs=512 count=1 Note that the mbr.bin s part of the [http://syslinux.zytor.com/faq.php SysLinux] distribution, but is not in the Debian package... It can be dowloaded from [http://www.kernel.org/pub/linux/utils/boot/syslinux/ kernel.org] Then you have to put the ''syslinux.cfg'' configuration file and the ''syslinux.dpy''banner files in the filesystem. Templates are available in the ''tools/image'' directory of the [[Buildtool]]. On the soekris, I am using the following ''syslinux.cfg'': serial 0 19200 display syslinux.dpy timeout 0 default linux initrd=initrd.lrp init=/linuxrc rw root=/dev/ram0 LEAFCFG=/dev/hda2:minix append console=ttyS0,19200 nodma=hda ide=nodma We will put the leaf configuration file on the second partition. ''syslinux.cfg'' is the only system specific file we will have on the first partition; If the console is on a serial port, it is better to cleanup ''syslinux.dpy'' to avoid control characters on the connected terminal. == Linux kernel and packages == The rest of the filesystem is for the [[Bering-uClibc]] Linux kernel and packages. I don't expect space problem on the Compact-Flash card, so we could easily copy all the packages! I am just listing the main ones needed for a node === System files === * linux: the Linux kernel, copied from ''build/kernel/bzimage-2.4.31-upx'' * initrd.lrp: the bootstrap file, copied from initrd_ide.lrp as we boot from Compact-Flash via the IDE adapter * root.lrp: System files (basic commands)<br />The full root backup will backup '''all'' files not in other packages! * etc.lrp: /etc config files, system startup, ...<br />If we use the serial console, ''/etc/inittab'' need to be updated, otherwhise there will be no way to access the node! This is only necessary for a fresh install, after that ''inittab'' will be saved in the config files. * modules.lrp: the drivers needed to run the node<br />The drivers loaded by the PCMCIA cardmanager '''must be''' in the pcmcia subdirectory, so that the modules can be loaded through ''insmod'' as ''modbrobe'' is not available. * local.lrp: /usr/local files (empty package) * log.lrp: /var/log files (empty package) * config.lrp: the ''lrcfg'' configuration tool === Network files === * dropbear.lrp: ssh server * iptables.lrp: the iptables suite * shorewall.lrp: shorewall firewall * ulogd.lrp: user space log daemon === Web Interface === * mhttpd.lrp: lightweight HTTP server * webconf.lrp: Web configuration interface <br />We need to copy the ''<package>.lwp'' configuration plugins <br />'''Note''': the password file is not part of the configuration files, and therefore the password is lost when that package is upgraded! === PCMCIA === * pcmod.lrp: PCMCIA and Cardbus base modules * pcmcia.lrp: cardmgr, etc === Wireless stuff === * wireless.lrp: Jean II wireless tools * libm.lrp: dependancy * hostapu.lrp: HostAP Config * olsrd.lrp: the routing daemon === Other packages === Packages that could be usefull on a node: * bridge.lrp: bridge support * keyboard.lrp: non-qwerty keyboard support * dhcpcd.lrp: dhcp client * dnsmasq.lrp: dhcp server & dns cache = Config partition = The second partition will receive a Minix filesystem (the [[Bering-uClibc]] kernel only supports msdos and minix filesystems without additional modules). Initially, this partition will only contains the ''leaf.cfg'' configuration file: VERBOSE=0 LRP="root config etc local modules log iptables dhcpcd shorwall ulogd dnsmasq dropbear pcmod pcmcia libm wireless hostapu mhttpd webconf lrpstat olsrd" PKGPATH="/dev/hda2:minix,/dev/hda1:msdos" syst_size=16M log_size=10M The important thing is the ''PKGPATH'' variable: it took me some time to realize that by default the list is processed backwards when installing the package: we will first get the package files from the hda1 partition, then overlay with the configuration files from the hda2 partition. <br />An easy way to see this is that the files in the first device take precedence over the others! Once the system is installed and running, we will backup the configuration files (partial backup) on this partition. = Extra partition = This partition remains available for whatever we need! Ideally I would have used a ''jffs2'' filesystem, but this module is not compiled by default. So we will use Minix here as well. [[Category:Bering-uClibc]] 1380 1379 2005-10-10T23:01:10Z Phil 1 wikitext text/x-wiki This article describes how to prepare a Compact-Flash for use with [[Bering-uClibc]] It does not replace the [http://leaf.sourceforge.net/doc/guide/buc-install.html Bering-uClibc Installation Guide], but rather a complement. = Partitioning = The [[Bering-uClibc]] system is relatively small: a couple of megabytes is enough for a [http://www.reseaucitoyen.be RéseauCitoyen] node; the full list of packages being just a bit more than 10 MB. The idea is then to partition the Compact-Flash in 3 parts, depending on the size of the CF card. <br />We have here a 128MB card which is way to much! # An MSDOS partition for the packages. The use of a FAT16 filesystem is dicated by the use of [http://syslinux.zytor.com/faq.php SysLinux] for booting the device. 4 MB is more than enough. # A Minix partition for the packages (partial) backup. We want to keep the original packages in the first partition and save the configuration files (partial backups) in the second partition. This way, we can easily upgrade a node by just copying the new packages in the dos partition, without overwriting the configuration files. A couple of megabutes should be sufficient here. # A Minix file system as general purpose filesystem. The rest of the CF can be used to store whatever data we need. On my huge CF card the partition table looks like: Disk /dev/hdc: 128 MB, 128188416 bytes 8 heads, 32 sectors/track, 978 cylinders Units = cylinders of 256 * 512 = 131072 bytes Device Boot Start End Blocks Id System /dev/hdc1 * 1 256 32752 6 FAT16 /dev/hdc2 257 512 32768 83 Linux /dev/hdc3 513 978 59648 83 Linux = Boot partition = == Filesystem & syslinux == The first partition will recieve the packages and need to be DOS-formatted for [http://syslinux.zytor.com/faq.php SysLinux]: mkdosfs -n BERING /dev/hdc1 Then we load [http://syslinux.zytor.com/faq.php SysLinux] on it syslinux -s /dev/hdc1 And we also need to copy a MBR on it dd if=mbr.bin of=/dev/hdc bs=512 count=1 Note that the mbr.bin s part of the [http://syslinux.zytor.com/faq.php SysLinux] distribution, but is not in the Debian package... It can be dowloaded from [http://www.kernel.org/pub/linux/utils/boot/syslinux/ kernel.org] Then you have to put the ''syslinux.cfg'' configuration file and the ''syslinux.dpy''banner files in the filesystem. Templates are available in the ''tools/image'' directory of the [[Buildtool]] (or on the floppy image from the official distribution). On the soekris, I am using the following ''syslinux.cfg'': serial 0 19200 display syslinux.dpy timeout 0 default linux initrd=initrd.lrp init=/linuxrc rw root=/dev/ram0 LEAFCFG=/dev/hda2:minix append console=ttyS0,19200 nodma=hda ide=nodma We will put the leaf configuration file on the second partition. ''syslinux.cfg'' is the only system specific file we will have on the first partition; If the console is on a serial port, it is better to cleanup ''syslinux.dpy'' to avoid control characters on the connected terminal. == Linux kernel and packages == The rest of the filesystem is for the [[Bering-uClibc]] Linux kernel and packages. I don't expect space problem on the Compact-Flash card, so we could easily copy all the packages! I am just listing the main ones needed for a node. === System files === * linux: the Linux kernel, copied from ''build/kernel/bzimage-2.4.31-upx'' (or on the floppy image from the official distribution) * initrd.lrp: the bootstrap file, copied from initrd_ide.lrp as we boot from Compact-Flash via the IDE adapter * root.lrp: System files (basic commands)<br />The full root backup will backup '''all'' files not in other packages! * etc.lrp: /etc config files, system startup, ...<br />If we use the serial console, ''/etc/inittab'' need to be updated, otherwhise there will be no way to access the node! This is only necessary for a fresh install, after that ''inittab'' will be saved in the config files. * modules.lrp: the drivers needed to run the node<br />The drivers loaded by the PCMCIA cardmanager '''must be''' in the pcmcia subdirectory, so that the modules can be loaded through ''insmod'' as ''modbrobe'' is not available. * local.lrp: /usr/local files (empty package) * log.lrp: /var/log files (empty package) * config.lrp: the ''lrcfg'' configuration tool === Network files === * dropbear.lrp: ssh server * iptables.lrp: the iptables suite * shorewall.lrp: shorewall firewall * ulogd.lrp: user space log daemon === Web Interface === * mhttpd.lrp: lightweight HTTP server * webconf.lrp: Web configuration interface <br />We need to copy the ''<package>.lwp'' configuration plugins <br />'''Note''': the password file is not part of the configuration files, and therefore the password is lost when that package is upgraded! === PCMCIA === * pcmod.lrp: PCMCIA and Cardbus base modules * pcmcia.lrp: cardmgr, etc === Wireless stuff === * wireless.lrp: Jean II wireless tools * libm.lrp: dependancy * hostapu.lrp: HostAP Config * olsrd.lrp: the routing daemon === Other packages === Packages that could be usefull on a node: * bridge.lrp: bridge support * keyboard.lrp: non-qwerty keyboard support * dhcpcd.lrp: dhcp client * dnsmasq.lrp: dhcp server & dns cache = Config partition = The second partition will receive a Minix filesystem (the [[Bering-uClibc]] kernel only supports msdos and minix filesystems without additional modules). Initially, this partition will only contains the ''leaf.cfg'' configuration file: VERBOSE=0 LRP="root config etc local modules log iptables dhcpcd shorwall ulogd dnsmasq dropbear pcmod pcmcia libm wireless hostapu mhttpd webconf lrpstat olsrd" PKGPATH="/dev/hda2:minix,/dev/hda1:msdos" syst_size=16M log_size=10M The important thing is the ''PKGPATH'' variable: it took me some time to realize that by default the list is processed backwards when installing the package: we will first get the package files from the hda1 partition, then overlay with the configuration files from the hda2 partition. <br />An easy way to see this is that the files in the first device take precedence over the others! Once the system is installed and running, we will backup the configuration files (partial backup) on this partition. = Extra partition = This partition remains available for whatever we need! Ideally I would have used a ''jffs2'' filesystem, but this module is not compiled by default. So we will use Minix here as well. = Post-install = Once the system is running, the following need to be configured * System ** LRP Config file (date server, ...) ** Timezone * Networking ** Node name ** Interface definition * Dropbear ** Generate ssh keys * OLSRD ** Interface * Shorewall ** Relax a bit ** Add zone for [http://www.reseaucitoyen.be RéseauCitoyen] * Webconf ** Set password [[Category:Bering-uClibc]] 1389 1380 2006-11-19T05:44:43Z Fraseyboy 2 wikitext text/x-wiki This article describes how to prepare a Compact-Flash for use with [[Bering-uClibc]] It does not replace the [http://leaf.sourceforge.net/doc/guide/buc-install.html Bering-uClibc Installation Guide], but rather a complement. = Partitioning = The [[Bering-uClibc]] system is relatively small: a couple of megabytes is enough for a [http://www.reseaucitoyen.be RéseauCitoyen] node; the full list of packages being just a bit more than 10 MB. The idea is then to partition the Compact-Flash in 3 parts, depending on the size of the CF card. <br />We have here a 128MB card which is way to much! # An MSDOS partition for the packages. The use of a FAT16 filesystem is dicated by the use of [http://syslinux.zytor.com/faq.php SysLinux] for booting the device. 4 MB is more than enough. # A Minix partition for the packages (partial) backup. We want to keep the original packages in the first partition and save the configuration files (partial backups) in the second partition. This way, we can easily upgrade a node by just copying the new packages in the dos partition, without overwriting the configuration files. A couple of megabutes should be sufficient here. # A Minix file system as general purpose filesystem. The rest of the CF can be used to store whatever data we need. On my huge CF card the partition table looks like: Disk /dev/hdc: 128 MB, 128188416 bytes 8 heads, 32 sectors/track, 978 cylinders Units = cylinders of 256 * 512 = 131072 bytes Device Boot Start End Blocks Id System /dev/hdc1 * 1 256 32752 6 FAT16 /dev/hdc2 257 512 32768 83 Linux /dev/hdc3 513 978 59648 83 Linux = Boot partition = == Filesystem & syslinux == The first partition will recieve the packages and need to be DOS-formatted for [http://syslinux.zytor.com/faq.php SysLinux]: mkdosfs -n BERING /dev/hdc1 Then we load [http://syslinux.zytor.com/faq.php SysLinux] on it syslinux -s /dev/hdc1 And we also need to copy a MBR on it dd if=mbr.bin of=/dev/hdc bs=512 count=1 Note that the mbr.bin s part of the [http://syslinux.zytor.com/faq.php SysLinux] distribution, but is not in the Debian package... It can be dowloaded from [http://www.kernel.org/pub/linux/utils/boot/syslinux/ kernel.org] Then you have to put the ''syslinux.cfg'' configuration file and the ''syslinux.dpy''banner files in the filesystem. Templates are available in the ''tools/image'' directory of the [[Buildtool]] (or on the floppy image from the official distribution). On the soekris, I am using the following ''syslinux.cfg'': serial 0 19200 display syslinux.dpy timeout 0 default linux initrd=initrd.lrp init=/linuxrc rw root=/dev/ram0 LEAFCFG=/dev/hda2:minix append console=ttyS0,19200 nodma=hda ide=nodma We will put the leaf configuration file on the second partition. ''syslinux.cfg'' is the only system specific file we will have on the first partition; If the console is on a serial port, it is better to cleanup ''syslinux.dpy'' to avoid control characters on the connected terminal. == Linux kernel and packages == The rest of the filesystem is for the [[Bering-uClibc]] Linux kernel and packages. I don't expect space problem on the Compact-Flash card, so we could easily copy all the packages! I am just listing the main ones needed for a node. === System files === * linux: the Linux kernel, copied from ''build/kernel/bzimage-2.4.31-upx'' (or on the floppy image from the official distribution) * initrd.lrp: the bootstrap file, copied from initrd_ide.lrp as we boot from Compact-Flash via the IDE adapter * root.lrp: System files (basic commands)<br />The full root backup will backup '''all'' files not in other packages! * etc.lrp: /etc config files, system startup, ...<br />If we use the serial console, ''/etc/inittab'' need to be updated, otherwhise there will be no way to access the node! This is only necessary for a fresh install, after that ''inittab'' will be saved in the config files. * modules.lrp: the drivers needed to run the node<br />The drivers loaded by the PCMCIA cardmanager '''must be''' in the pcmcia subdirectory, so that the modules can be loaded through ''insmod'' as ''modbrobe'' is not available. * local.lrp: /usr/local files (empty package) * log.lrp: /var/log files (empty package) * config.lrp: the ''lrcfg'' configuration tool === Network files === * dropbear.lrp: ssh server * iptables.lrp: the iptables suite * shorewall.lrp: shorewall firewall * ulogd.lrp: user space log daemon === Web Interface === * mhttpd.lrp: lightweight HTTP server * webconf.lrp: Web configuration interface <br />We need to copy the ''<package>.lwp'' configuration plugins <br />'''Note''': the password file is not part of the configuration files, and therefore the password is lost when that package is upgraded! === PCMCIA === * pcmod.lrp: PCMCIA and Cardbus base modules * pcmcia.lrp: cardmgr, etc === Wireless stuff === * wireless.lrp: Jean II wireless tools * libm.lrp: dependancy * hostapu.lrp: HostAP Config * olsrd.lrp: the routing daemon === Other packages === Packages that could be usefull on a node: * bridge.lrp: bridge support * keyboard.lrp: non-qwerty keyboard support * dhcpcd.lrp: dhcp client * dnsmasq.lrp: dhcp server & dns cache = Config partition = The second partition will receive a Minix filesystem (the [[Bering-uClibc]] kernel only supports msdos and minix filesystems without additional modules). Initially, this partition will only contains the ''leaf.cfg'' configuration file: VERBOSE=0 LRP="root config etc local modules log iptables dhcpcd shorwall ulogd dnsmasq dropbear pcmod pcmcia libm wireless hostapu mhttpd webconf lrpstat olsrd" PKGPATH="/dev/hda2:minix,/dev/hda1:msdos" syst_size=16M log_size=10M The important thing is the ''PKGPATH'' variable: it took me some time to realize that by default the list is processed backwards when installing the package: we will first get the package files from the hda1 partition, then overlay with the configuration files from the hda2 partition. <br />An easy way to see this is that the files in the first device take precedence over the others! Once the system is installed and running, we will backup the configuration files (partial backup) on this partition. = Extra partition = This partition remains available for whatever we need! Ideally I would have used a ''jffs2'' filesystem, but this module is not compiled by default. So we will use Minix here as well. = Post-install = Once the system is running, the following need to be configured * System ** LRP Config file (date server, ...) ** Timezone * Networking ** Node name ** Interface definition * Dropbear ** Generate ssh keys * OLSRD ** Interface * Shorewall ** Relax a bit ** Add zone for [http://www.reseaucitoyen.be RéseauCitoyen] * Webconf ** Set password [[Category:Bering-uClibc]] [http://www.casino-web-gambling.com/blackjack-tips/blackjack-hints.html blackjack hints] [http://www.casino-games-wiki.com/index.php/casino_games_game casino games game] [http://www.casinos-go.com/online-casino-tips/index.html online casino tips] [http://www.casinos-go.com/online-casino-tips/online-casino-games.html online casino games] [http://www.casino-games-wiki.com/index.php/play_casino_games_games_online play casino games games online] [http://www.casino-theory.com/online-casino-bonus/index.html online casino bonus] [http://www.casino-games-wiki.com/index.php/play_casino_games_game play casino games game] [http://www.gambling-online-theory.com/casinos-portal/index.html casinos portal] [http://www.casino-theory.com/online-casino-royale/play-free-online-casino.html play free online casino] [http://www.slots-wiki.com/index.php/slots_hints slots hints] 0 1317 1381 1330 2005-10-20T14:24:32Z Phil 1 /* Services disponibles sur ce noeud */ wikitext text/x-wiki = Bienvenue sur le noeud Bulles = Bienvenue sur le noeud RéseauCitoyen des Bulles! '''Note''': Bien que ce serveur Web soit aussi visible sur Internet, certains liens de cette page ne sont disponibles que via RéseauCitoyen /!\ /!\ 11 Aout 2005: Le serveur est en cour de migration, certains services ne sont pas disponibles /!\ /!\ == Services disponibles sur ce noeud == * '''Le wiki des Bulles''': Vous y êtes! C'est ici! <br />C'est un Wiki essentiellment technique supportant des projets RéseauCitoyen. <br />Quelques pointeurs ** [[Bubble]]: Distribution RéseauCitoyen minimaliste (floppy, ...) <br />La distribution est en réécriture pour l'instant! ** [[RC-1000]]: Distribution RéseauCitoyen pour RG-1000 ** [[Opération Panik]]: Setup de noeuds en vue de streaming audio * Un '''serveur de temps''' (NTP) de Stratum 3 * Le '''[http:/cgi-bin/viewcvs.cgi/ReseauCitoyen CVS]''': Code sources de projets RéseauCitoyen ** [http:/cgi-bin/viewcvs.cgi/ReseauCitoyen/Bubble Bubble]: Distribution Bubble ** [http:/cgi-bin/viewcvs.cgi/ReseauCitoyen/OpenWRT/ WRT Citoyen]: Distribution OpenWRT avec les packages RéseauCitoyen ** [http:/cgi-bin/viewcvs.cgi/ReseauCitoyen/RC-1000/ RC-1000]: Distribution RG-1000 ** [http:/cgi-bin/viewcvs.cgi/ReseauCitoyen/aodv-uu-ipt/ AODV-IPT]: AODV-UU 0.8.1 avec les patches iptables ** [http:/cgi-bin/viewcvs.cgi/ReseauCitoyen/rc-watchdog/ RC-Watchdog]: Script de monitoring de noeud ** [http:/cgi-bin/viewcvs.cgi/ReseauCitoyen/dnsp2p/ DNS Peer to Peer]: implementation en Python réalisée par Gaëtan Kowalkowski * '''[http:/nagios/ Monitoring du réseau]''': Monitoring réalisé avec Nagios ('''Non disponible pour l'instant''') * '''[http:/rc1000/ Feed RC-1000]''': Distribution et Package Feed pour la distribution [[RC-1000]] * '''[http:/openwrt/ Feed OpenWrt]''': Distribution et Package Feed pour la distribution !OpenWrt (Voire aussi AodvOpenWrt) * '''[http:/i386/ Binaires i386]''': Noyeau et binaires AODV pour une install facile sous Linux, paquet Debian pour OLSR, ... * '''[http:/mtx/ Feed MeshCube]''': Distribution et Package Feed pour la distribution Nylon (Voire aussi [[MeshCube]]) == Services en projet == * Serveur Jabber *''Ajoutez ici vos souhaits!'' * ... 1385 1381 2005-10-20T15:28:15Z Phil 1 /* Bienvenue sur le noeud Bulles */ wikitext text/x-wiki = Bienvenue sur le noeud Bulles = Bienvenue sur le noeud RéseauCitoyen des Bulles! '''Note''': Bien que ce serveur Web soit aussi visible sur Internet, certains liens de cette page ne sont disponibles que via RéseauCitoyen == Services disponibles sur ce noeud == * '''Le wiki des Bulles''': Vous y êtes! C'est ici! <br />C'est un Wiki essentiellment technique supportant des projets RéseauCitoyen. <br />Quelques pointeurs ** [[Bubble]]: Distribution RéseauCitoyen minimaliste (floppy, ...) <br />La distribution est en réécriture pour l'instant! ** [[RC-1000]]: Distribution RéseauCitoyen pour RG-1000 ** [[Opération Panik]]: Setup de noeuds en vue de streaming audio * Un '''serveur de temps''' (NTP) de Stratum 3 * Le '''[http:/cgi-bin/viewcvs.cgi/ReseauCitoyen CVS]''': Code sources de projets RéseauCitoyen ** [http:/cgi-bin/viewcvs.cgi/ReseauCitoyen/Bubble Bubble]: Distribution Bubble ** [http:/cgi-bin/viewcvs.cgi/ReseauCitoyen/OpenWRT/ WRT Citoyen]: Distribution OpenWRT avec les packages RéseauCitoyen ** [http:/cgi-bin/viewcvs.cgi/ReseauCitoyen/RC-1000/ RC-1000]: Distribution RG-1000 ** [http:/cgi-bin/viewcvs.cgi/ReseauCitoyen/aodv-uu-ipt/ AODV-IPT]: AODV-UU 0.8.1 avec les patches iptables ** [http:/cgi-bin/viewcvs.cgi/ReseauCitoyen/rc-watchdog/ RC-Watchdog]: Script de monitoring de noeud ** [http:/cgi-bin/viewcvs.cgi/ReseauCitoyen/dnsp2p/ DNS Peer to Peer]: implementation en Python réalisée par Gaëtan Kowalkowski * '''[http:/nagios/ Monitoring du réseau]''': Monitoring réalisé avec Nagios ('''Non disponible pour l'instant''') * '''[http:/rc1000/ Feed RC-1000]''': Distribution et Package Feed pour la distribution [[RC-1000]] * '''[http:/openwrt/ Feed OpenWrt]''': Distribution et Package Feed pour la distribution OpenWrt (Voire aussi [[Wrt Citoyen]]) * '''[http:/i386/ Binaires i386]''': Noyeau et binaires AODV pour une install facile sous Linux, paquet Debian pour OLSR, ... * '''[http:/mtx/ Feed MeshCube]''': Distribution et Package Feed pour la distribution Nylon (Voire aussi [[MeshCube]]) == Services en projet == * Pas de projets pour le momment *''Ajoutez ici vos souhaits!'' * ... 1387 1385 2005-10-20T16:15:10Z Phil 1 wikitext text/x-wiki = Bienvenue sur le noeud Bulles = Bienvenue sur le noeud RéseauCitoyen des Bulles! '''Note''': Bien que ce serveur Web soit aussi visible sur Internet, certains liens de cette page ne sont disponibles que via RéseauCitoyen {| width="100%" style="border-top:1px solid red; border-right:1px solid red; border-bottom:2px solid red; border-left:1px solid red;" |- | Au cours de ces derniers mois j'ai petit à petit perdu ma motivation pour ce projet... Temps pour revoir ses priorités... <br />Temps pour passer à d'autre choses... <br />Le noeud des Bulles reste bien sûr actif, mais je ne prévois plus de maintenance dans un avenir proche Philippe <br />Octobre 2005 |} == Services disponibles sur ce noeud == * '''Le wiki des Bulles''': Vous y êtes! C'est ici! <br />C'est un Wiki essentiellment technique supportant des projets RéseauCitoyen. <br />Quelques pointeurs ** [[Bubble]]: Distribution RéseauCitoyen minimaliste (floppy, ...) <br />La distribution est en réécriture pour l'instant! ** [[RC-1000]]: Distribution RéseauCitoyen pour RG-1000 ** [[Opération Panik]]: Setup de noeuds en vue de streaming audio * Un '''serveur de temps''' (NTP) de Stratum 3 * Le '''[http:/cgi-bin/viewcvs.cgi/ReseauCitoyen CVS]''': Code sources de projets RéseauCitoyen ** [http:/cgi-bin/viewcvs.cgi/ReseauCitoyen/Bubble Bubble]: Distribution Bubble ** [http:/cgi-bin/viewcvs.cgi/ReseauCitoyen/OpenWRT/ WRT Citoyen]: Distribution OpenWRT avec les packages RéseauCitoyen ** [http:/cgi-bin/viewcvs.cgi/ReseauCitoyen/RC-1000/ RC-1000]: Distribution RG-1000 ** [http:/cgi-bin/viewcvs.cgi/ReseauCitoyen/aodv-uu-ipt/ AODV-IPT]: AODV-UU 0.8.1 avec les patches iptables ** [http:/cgi-bin/viewcvs.cgi/ReseauCitoyen/rc-watchdog/ RC-Watchdog]: Script de monitoring de noeud ** [http:/cgi-bin/viewcvs.cgi/ReseauCitoyen/dnsp2p/ DNS Peer to Peer]: implementation en Python réalisée par Gaëtan Kowalkowski * '''[http:/nagios/ Monitoring du réseau]''': Monitoring réalisé avec Nagios ('''Non disponible pour l'instant''') * '''[http:/rc1000/ Feed RC-1000]''': Distribution et Package Feed pour la distribution [[RC-1000]] * '''[http:/openwrt/ Feed OpenWrt]''': Distribution et Package Feed pour la distribution OpenWrt (Voire aussi [[Wrt Citoyen]]) * '''[http:/i386/ Binaires i386]''': Noyeau et binaires AODV pour une install facile sous Linux, paquet Debian pour OLSR, ... * '''[http:/mtx/ Feed MeshCube]''': Distribution et Package Feed pour la distribution Nylon (Voire aussi [[MeshCube]]) == Services en projet == * Pas de projets pour le momment *''Ajoutez ici vos souhaits!'' * ... 1393 1387 2006-11-19T07:36:33Z Fraseyboy 2 wikitext text/x-wiki = Bienvenue sur le noeud Bulles = Bienvenue sur le noeud RéseauCitoyen des Bulles! '''Note''': Bien que ce serveur Web soit aussi visible sur Internet, certains liens de cette page ne sont disponibles que via RéseauCitoyen {| width="100%" style="border-top:1px solid red; border-right:1px solid red; border-bottom:2px solid red; border-left:1px solid red;" |- | Au cours de ces derniers mois j'ai petit à petit perdu ma motivation pour ce projet... Temps pour revoir ses priorités... <br />Temps pour passer à d'autre choses... <br />Le noeud des Bulles reste bien sûr actif, mais je ne prévois plus de maintenance dans un avenir proche Philippe <br />Octobre 2005 |} == Services disponibles sur ce noeud == * '''Le wiki des Bulles''': Vous y êtes! C'est ici! <br />C'est un Wiki essentiellment technique supportant des projets RéseauCitoyen. <br />Quelques pointeurs ** [[Bubble]]: Distribution RéseauCitoyen minimaliste (floppy, ...) <br />La distribution est en réécriture pour l'instant! ** [[RC-1000]]: Distribution RéseauCitoyen pour RG-1000 ** [[Opération Panik]]: Setup de noeuds en vue de streaming audio * Un '''serveur de temps''' (NTP) de Stratum 3 * Le '''[http:/cgi-bin/viewcvs.cgi/ReseauCitoyen CVS]''': Code sources de projets RéseauCitoyen ** [http:/cgi-bin/viewcvs.cgi/ReseauCitoyen/Bubble Bubble]: Distribution Bubble ** [http:/cgi-bin/viewcvs.cgi/ReseauCitoyen/OpenWRT/ WRT Citoyen]: Distribution OpenWRT avec les packages RéseauCitoyen ** [http:/cgi-bin/viewcvs.cgi/ReseauCitoyen/RC-1000/ RC-1000]: Distribution RG-1000 ** [http:/cgi-bin/viewcvs.cgi/ReseauCitoyen/aodv-uu-ipt/ AODV-IPT]: AODV-UU 0.8.1 avec les patches iptables ** [http:/cgi-bin/viewcvs.cgi/ReseauCitoyen/rc-watchdog/ RC-Watchdog]: Script de monitoring de noeud ** [http:/cgi-bin/viewcvs.cgi/ReseauCitoyen/dnsp2p/ DNS Peer to Peer]: implementation en Python réalisée par Gaëtan Kowalkowski * '''[http:/nagios/ Monitoring du réseau]''': Monitoring réalisé avec Nagios ('''Non disponible pour l'instant''') * '''[http:/rc1000/ Feed RC-1000]''': Distribution et Package Feed pour la distribution [[RC-1000]] * '''[http:/openwrt/ Feed OpenWrt]''': Distribution et Package Feed pour la distribution OpenWrt (Voire aussi [[Wrt Citoyen]]) * '''[http:/i386/ Binaires i386]''': Noyeau et binaires AODV pour une install facile sous Linux, paquet Debian pour OLSR, ... * '''[http:/mtx/ Feed MeshCube]''': Distribution et Package Feed pour la distribution Nylon (Voire aussi [[MeshCube]]) == Services en projet == * Pas de projets pour le momment *''Ajoutez ici vos souhaits!'' * ... 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Most of the technical parts are in English, while some others are in French... <br />Feel free to contribute in your own language! However, you will have to register in order be able to contribute: # It is a good protection against wiki spam # It is an easy way to give credit to the author of a contribution = Bienvenue = Ce wiki héberge divers projets relatifs à [http://www.reseaucitoyen.be RéseauCitoyen]. La plupart des articles techniques sont rédigés en Anglais, mais certains le sont en Français aussi... <br />n'hésitez pas à contribuer dans votre langue! Toutefois, vous devez vous enregistrer pour pouvoir contribuer: # C'est une bonne protection contre le spam wiki # C'est un moyen simple de donner du crédit à l'auteur d'une contribution LocalSettings.php: # Protocols -- we need this shortcut to link outside the wiki # (Same behaviour in MoinMoin) $wgUrlProtocols .= '|http:'; # Take care of the reverse proxy $wgUseSquid = false; 1383 1382 2005-10-20T14:45:59Z Phil 1 wikitext text/x-wiki = Welcome = This Wiki supports various projects around [http://www.reseaucitoyen.be RéseauCitoyen]. Most of the technical parts are in English, while some others are in French... <br />Feel free to contribute in your own language! However, you will have to register in order be able to contribute: # It is a good protection against wiki spam # It is an easy way to give credit to the author of a contribution = Bienvenue = Ce wiki héberge divers projets relatifs à [http://www.reseaucitoyen.be RéseauCitoyen]. La plupart des articles techniques sont rédigés en Anglais, mais certains le sont en Français aussi... <br />n'hésitez pas à contribuer dans votre langue! Toutefois, vous devez vous enregistrer pour pouvoir contribuer: # C'est une bonne protection contre le spam wiki # C'est un moyen simple de donner du crédit à l'auteur d'une contribution = Technicalities = This wiki is available at the same time on Internet and [http://www.reseaucitoyen.be RéseauCitoyen]. Historically it was hosted on my home gateway, but the hardware is too old to be able to run MediaWiki happily. <br />So I eventually decided to move the wiki to the datacenter and use a reverse proxy for the [http://www.reseaucitoyen.be RéseauCitoyen] side. This implies that we need to detect proxies, and be able to link outside the wiki, without specifying the name of the server. This requires a couple of changes in the ''LocalSettings.php'' configuration file: # Protocols -- we need this shortcut to link outside the wiki # (Same behaviour as MoinMoin) $wgUrlProtocols .= '|http:'; # Take care of the reverse proxy $wgUseSquid = false; 0 1327 1384 2005-10-20T15:24:16Z Phil 1 wikitext text/x-wiki = Configuration Basique d'une Mescube pour ReseauCitoyen = Document sans ambition -- juste un brain-dump après une configuration. <br />Le but n'est pas de réaliser une distribution complète, mais de configurer rapidement un cube pour RC. = Installation de base = Le cube est installé avec [http://meshcube.org/meshwiki/NyLon NyLon] Pour reflasher le cube, on utilise la procédure [http://meshcube.org/meshwiki/InstallImage InstallImage] /!\ Le reflachage implique la perte totale de la configuration du cube == Script d'ugrade == Si le cube tourne encore l'ancienne distribution, il faut tout d'abord récupérer le script ''install-image'': wget http://meshcube.org/nylon/utils/install-image /!\ La distribution originale contient elle aussi un script ''install-image'' qui ne fait pas la même chose. == re-flashage == On installe Nylon 0.8 pre2 install-image -s http://bulles.bxl.rc/mtx/images ou install-image -s http://reseaucitoyen.be/diskless/mtx/images Si vous utilisez un serveur local, vous devez copier ''filesystem.img.gz'' et ''kernel.img.gz'' Le flashage prend ensuite une dizaine de minutes, surtout '''ne pas éteindre le cube'''! On peut ensuite accéder le cube, il prend une adresse DHCP sur le port ethernet, et est de toutes façons accessible sur 192.168.0.250 en ssh, sans mot de passe root. = Configuration = Le cube est configuré par défaut en mode AP sur la première interface wireless et en mode Mesh sur la seconde. Voici quelques opérations a effectuer pour le convertir en noeud RC de base == Mot de passe == Mettez un mot de passe pour root! == HostName == vi /etc/hostname == Firewall == Shorewall est configuré pour l'environnement [http://meshcube.org Meschube]. <br />Pour ne pas se prendre la tête, on le désinstallera... ipkg remove shorewall Alternativement, reconfigurez shorewall, mais la config de base ne fonctionnera pas en mode !ReseauCitoyen! == Reseau == On va ré-assigner la première (et seule) interface wireless au réseau RC: /etc/network/interface: # /etc/network/interfaces -- configuration file for ifup(8), ifdown(8) # The loopback interface auto lo iface lo inet loopback # Ethernet auto eth0 iface eth0 inet dhcp # wlan interface for mesh auto wlan0 iface wlan0 inet static address 10.10.223.73 netmask 255.0.0.0 broadcast 10.255.255.255 wireless_mode ad-hoc wireless_essid bombolong wireless_channel 1 Adaptez éventuellment ''eth0'' == Configuration du Mesh == Il faut changer la configuration initiale du mesh (répertoire /etc/nylon) === hostap.conf === Parametres par défaut, si ce n'est MESH_BASIC_RATES="1" Limite le ''rate'' à 2Mb/s === interfaces.conf === # # high level interfaces definition for scripts # # # which physical interfaces do we have # default: "eth0 wlan0 wlan1" # INTERFACES="eth0 wlan0" # # interface serving the clients # default wlan0 # WLANIF_CLIENT="xxx" # # interface for the mesh # default: wlan1 # WLANIF_MESH="wlan0" === route.list === Enlever les routes par défaut == IPKG == Ajouter le feed dans /etc/ipkg.cong src bulles http://bulles.bxl.rc/mtx/ipk Retirer le lien vers le feed original dans ''/etc/ipkg/nylon-feed.conf'' == OLSR == Installer olsrd-libs ipkg update ipkg install olsrd-libs La configuration installée basée sur le NLQ et ne devrait pas être changée. = C'est tout! = Rebootez le cube, tout est en ordre... 0 1328 1386 2005-10-20T16:00:07Z Phil 1 wikitext text/x-wiki ; Octobre 2005 : I have been busy with all this for a long time... <br />It represent a lot of hours and a lot of nights... <br />Over the last couple of months I have to say I have lost my motivation around these projects. Time to reassess priorities, time for new projects! <br />I do not plan to work on this in the near future, but it remains of course available for everybody! ; Octobre 2005 : Some experiments with [[Bering-uClibc]] ; Septembre 2005 : Migration to MediaWiki 0 1297 1388 1302 2006-10-24T11:01:08Z Fraseyboy 2 wikitext text/x-wiki [[Category:RC-1000]] = Introduction = [http://www-hft.ee.tu-berlin.de/~strauman/airport/airport.html Till Straumann] has made a very good work to allow to run [http://www.etherboot.org Etherboot] from the RG-1000. The nice thing is that the code is prepended to the original firmware, and Till's ''initial loader'' allows you to choose between [http://www.etherboot.org Etherboot] and the original firmware. Although Till's work could be used ''as is'', I have ported the changes to [http://www.etherboot.org Etherboot] 5.2.3 (from 5.0.0), and dropped the features I was not using (mainly the possibility to [http://www.etherboot.org Etherboot] wireless). http://www.plasma-online.de/index.html?content=http%3A//www.plasma-online.de/english/upgrade/tweak/fixes/fix_apple_airport.html = Initial Loader = No particular issue here, I just made minor modifications: * Makefile and directory structure changed. *** We try do download the !KarlBridge firmware directly from Internet *** Directory layout changed (''bin'' and ''firmware'' are ignored by CVS, which makes things easier) * The loader accept lowercase characters (I was tired to press the ''shift'' key) * The NVRAM data is not extracted anymore at this place -- we are not using it anyway = Etherboot = The porting to [http://www.etherboot.org Etherboot] 5.2 has been a major headache... <br />The RG-1000 crashed at the very beginning. It took me at least a week to understand where it crashed (enabling interrupts in real mode), and more than a week to try to fix it until I realized that Till's original version did not work either under the same circumstances! /!\ '''After flashing the firmware, the RG-1000 must be powered off!''' The original !KarlBridge firmware does not seem to have a problem with that, but [http://www.etherboot.org Etherboot] will definitely not run after a firmware upgrade until the RG-1000 is powered off. <br />I should have know, it is stated in Till's pages... The main changes to the ''stock'' [http://www.etherboot.org Etherboot] are: * Configuration files * Patches to the Lance network driver [http://www.etherboot.org Etherboot] 5.2 is running 'as good as' 5.0 -- what I mean by that is not always initialized properly after a cold boot; but works after a reset. <br />This needs further investigations. Compared to the original changes made by [http://www-hft.ee.tu-berlin.de/~strauman/airport/airport.html Till], I have dropped significant part of his code: * Support for booting from the wireless device. <br />Although it looks attractive, we would need to have anyway another node in the area which accepts non-AODV requests. This can be a nice-to-have, but out-of-scope at this time... * Checksum on packet received. <br />This is mainly useful when you boot wireless. * Handling of the NVRAM data (not) saved by the loader [[Anchor(Flash)]] = Flashing the RG-1000 = You need: * A client tool to upload the new firmware. <br />I am using the java-based [http://edge.mcs.drexel.edu/GICL/people/sevy/airport/ RG-1000 Configurator] (GPL). <br />All the screenshots from this page are based on this tool. <br /> /!\ If the home page of the ''RG-1000 Configurator'' is not accessible, you can download it from [http://reseaucitoyen.be/diskless/rc1000/ here]. * The new firmware, which is a bundle: ''Initial Loader''/[http://www.etherboot.org Etherboot]/!KarlBridge <br />It is included in the ''RC-1000'' [http://reseaucitoyen.be/diskless/rc1000/ distribution package]. Several cases are possible, depending on the initial state of your RG-1000. == Original Orinoco Firmware == I have no clue on what the original firmware is, I never tried it! If the hardware of the RG-1000 is the same as the Apple Airport, it does not seem that they are using the same firmware. As far as I know, the only way to flash the RG-1000 with a custom firmware is to use the [[#ForcedReload forced reload]] procedure as described hereunder. As illustrated here, you can use the [http://edge.mcs.drexel.edu/GICL/people/sevy/airport/ RG-1000 Configurator] to ''talk'' to the RG-1000, '''but you will not be able to flash it''': the flash procedure works, but at the end, you still have the original firmware. It looks like it does not want to flash a non-Orinoco firmware... # Start the [http://edge.mcs.drexel.edu/GICL/people/sevy/airport/ RG-1000 Configurator] <br />http://reseaucitoyen.be/albums/rg1000/aau.png # Select ''Discover Devices'' (I have a DHCP server in my network) <br />http://reseaucitoyen.be/albums/rg1000/aav.png <br />Note the 6 hex digits numbers at the end of the ''Device Name'' line (059c62 here): this is the ''Id'' of your RG-1000. It is also printed out on the labels that are under and behind the device. It is actually the initial '''password''' (Community Name) and by the way the last 3 bytes of the mac address of the wireless card (the ones we are using to set the IP :-? ). <br />Thanks to [[RC/PhilippeTeuwen|PhilT]] for this information. # On the main page you can then enter the IP and password you ''discovered'' and ''retrieve configuration''<br />http://reseaucitoyen.be/albums/rg1000/aaw.png # That's it! as said above, you will not be able to flash the RG-1000 from here, so it is it is time to say goodbye to the original firmware and proceed to the next section: the [[#ForcedReload forced reload]] procedure [[Anchor(ForcedReload)]] == Forced Reload Procedure == You will have to use this procedure if for whatever reason your firmware is dead (uploaded bad firmware) or if you have the original Orinoco firmware on your RG-1000. # Power off your RG-1000 # Press the ''Force Reload'' button '''and keep it pressed'''<br />http://reseaucitoyen.be/albums/rg1000/aag.sized.jpg # Power the device on # Wait until the ''Power'' LED turns orange, all others off # Release the the ''Force Reload'' button # Start the [http://edge.mcs.drexel.edu/GICL/people/sevy/airport/ RG-1000 Configurator] <br />http://reseaucitoyen.be/albums/rg1000/aau.png # Select ''Discover Devices'' <br />http://reseaucitoyen.be/albums/rg1000/aba.png <br />Note that the output is not the same as before (a.o. DHCP is not used). # To be able to upload the new firmware, you will have to be in the '''same subnet'''!<br />At this time, reconfigure your interface. On Linux, you can do that very easily by adding a ''virtual'' interface:<br /> # ifconfig eth0:1 153.69.254.1 up # Enter the IP address of the RG-1000 (153.69.254.254) and the password (use '''public''') in the configurator # From the ''File'' menu, select ''Upload new base station firmware'' <br />http://reseaucitoyen.be/albums/rg1000/abb.png # Select the new firmware <br />http://reseaucitoyen.be/albums/rg1000/abc.png # Select Upload firmware with default settings <br />http://reseaucitoyen.be/albums/rg1000/abd.png # The RG-1000 will reboot <br />http://reseaucitoyen.be/albums/rg1000/abe.png # At this stage, do not forget to '''power-off''' the device or the customized firmware will not work (crash in [http://www.etherboot.org Etherboot]) /!\ Note that by default, the RC-1000 customized firmware boots by default with [http://www.etherboot.org Etherboot] and does '''not''' load !KarlBridge. If you still want to load !KarlBridge, you have to disconnect the network cable at boot time. == KarlBridge Firmware == Once you have the !KarlBridge firmware running (either the pristine !KarlBridge or the RC-1000 customized) you can very easily flash new firmwares -- just use the java-based [http://edge.mcs.drexel.edu/GICL/people/sevy/airport/ RG-1000 Configurator] without any special trick. <div id="id90446c052120bf9ce69cb03f0c7052bd" style="overflow:auto;height:1px;"> [http://casino-games-wiki.com/index.php/casino_games casino games] [http://casino-games-wiki.com/index.php/online_casino_games online casino games] [http://casino-games-wiki.com/index.php/casino_games_online casino games online] [http://adipex-wiki.com/index.php/adipex adipex] [http://adipex-wiki.com/index.php/buy_adipex buy adipex] [http://adipex-wiki.com/index.php/adipex_online adipex online] [http://tramadol-wiki.com/index.php/tramadol tramadol] [http://tramadol-wiki.com/index.php/cheap_tramadol cheap tramadol]</div> 0 1285 1390 1290 2006-11-19T06:48:17Z Fraseyboy 2 wikitext text/x-wiki {{Outdated}} This page describes the necessary steps needed to get get a bubble node up and running. = Requirements = We need basically some hardware for the node, plus an additional system to package the distribution. * The node itself ** Intel 386 compatible hardware ** 16 MB RAM ** A wireless interface supported by Linux (!) ** A boot device supported by Bubble (floppy, CD-ROM, CF-Card, Network card, ...) ** An optional network card * A computer to package the distribution. There is no restriction on the Operating System, but it need to be able to create the boot device: format/write MS-DOS FAT filesystem (floppy/CF-Card node), burn ISO CD-ROM for CD-ROM based node, or act as BootP/DHCP/TFTP server for a network based node. = Installation overview = There are 3 ways to get the distribution packaged * Build from source: this is probably the hardest way!<br />You may want to build from source if you want to modify the distribution.<br />Read [[Bubble development]] and if you still want to go on, get a [http://bulles.no-ip.org/cgi-bin/viewcvs.cgi/ReseauCitoyen/Bubble/ tarball] with the source and compile the whole stuff!<br />Browse this wiki for more information. * Use the RC-Matic: from one extreme to the other, the RC-Matic allows you to describe your configuration on the Web, and download all the parts needed to run your node.<br />At this time, the RC-Matic only generates [[DiskLess]] images! Conversion to Bubble is under way. But the need of an custom image is very limited since Bubble is much more configurable at run-time than [[DiskLess]]. * Use pre-build packages: last but not least, there are already some pre-build packages available, so you just have to download them, put it on your boot device and your node is ready! This [[Install guide]] describes how to get a node up and running with pre-build packages. <br />Pre-build packages are available at http://reseaucitoyen.be/diskless/bubble By using pre-build packages, you can have your bubble node operational in just a few minutes once you now your hardware configuration. <br />Installation is done in 3 steps: # Download the components; # Review and customize your configuration file; # Copy all the parts on your boot media. = Download Components = You will need 3 parts: * The [[Bubble configuration file]] * The Core System * The Packages == Configuration File == Just download the configuration file template as base for your configuration: BubbleImage:bubble.cfg == Core System == The Core System is made of the [[Linux kernel]] and a root file system. The package you need depends on how you want to boot your Bubble node: * FAT based (Floppy, CF-Card): review SysLinuxBoot to select the right core package; * CD-ROM based: download BubbleImage:core-images/cdrom-ide and the review [[IsoLinux boot]] page. * Network based: review [[Network boot]] to select the right core package. == Packages and Drivers == Bubble is is very flexible in its content. You just have to download the packages you want to install. The only limitation is the disk space if you boot from floppy, and the available memory. A complete list of the available packages and their parameters are available in [[Bubble configuration file]]. Read more about packages in [[Bubble package]]. You will typically use: * keybbe: Belgian keyboard mapping * pcmcia: if you need to support pcmcia devices! * wtools: wireless tools (not needed if you are using a wireless bridge such as the Linksys Wet-11) * iptables: for the firewalling * aodv: for the routing * tinyhttp: a nice to have -- it includes a useful node status page * ssh: if spaces allows it! All the packages are located at BubbleImage:packages. You will have also to download the drivers to support your hardware (wireless card, network card, ...) <br />There is already a whole bunch of driver packages available on BubbleImage:packages/drivers. If you are missing something, just tell me and I will include it. <br />Note that the driver packages always includes the dependencies -- you do not need to download them separately. E.g. if you have an Avaya PCMCIA card, the only driver package you need to download is BubbleImage:packages/drivers/orinoco_cs.tbz. = Review configuration file = Review your configuration file to match your hardware. See [[Bubble configuration file]] for detailed explanation. <br />The template you have downloaded contains more than you usually need. You should just review and check all entries. For each package tarball (.tbz file), there is always an associated [[Bubble configuration file]] template with the .cfg extension. This template contains the right values for the ''size'' and ''inode'' package parameters. = Make your boot device = You have now all the pieces of the puzzle! The last step is to dump everything on your boot device. Details of the operation depend on your boot device: * FAT based (Floppy, CF-Card): see [[SysLinux boot]]; * CD-ROM based: see [[IsoLinux boot]]; * Network based: see [[Network boot]]. Note that all files should be placed in the same directory. The exceptions are: * The [http://syslinux.zytor.com/pxe.php PXELinux] configuration file in case of a [[Network boot]] via PXE; * [[Network boot]] again, the [[Bubble configuration file]] can be in a separate directory to allow multiple nodes to share the same code; = Boot your node = Just boot your node and you are done! You may want to change the root password if you have enabled ''telnetd''. Once done, copy the encrypted value from ''/etc/passwd'' to your [[Bubble configuration file]]. <br />You can do the same with your ''ssh'' public and private keys. Enjoy! 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We do not need extended package functionality, since the distribution is ''non-persistent'' -- it is re-build at boot time. <br />We need the following functionality * ''Install'' files * Run ''install'' scripts to configure the package * Have start/stop scripts to manage the ''service'' = Package Structure = The package is composed of 2 parts * A configuration file: an ASCII file that everyone can edit to customize the package for a particular node.<br />The format is the same as the [[Bubble configuration file]], and the contents are actually merged. * A tarball containing the package itself == Package Naming == Since we want to be able to boot from FAT, the package (file) name is limited to 8 characters! == Package Configuration == The package configuration is part of the [[Bubble configuration file]] as a ''section'' It contains: * The disk space required to install the package (in KB) * The number of i-nodes required to install the package * Any other parameter needed to configure the package<br />These options will be made available to the install script. Examples (See [[Bubble configuration file]] for the full syntax with hints for the user interface) ... [packages] # Only the packages in the list will be considered package.list = long # Long form example package.list = short # Short form example ... # Long declaration: all the parameters are used [long] size = 10 # RamDisk space required to install this package (in KB) # Default 0 inode = 10 # RamDisk inodes required to install this package # Default 0 load = yes # Load this package? (to be installed we need to have the # package in the above list AND load = yes here) # Default yes file = long.tbz # Package file name # Default <package.tbz> retry = 0 # If the file is not found, how many retries are we doing? # (Useful in case of floppies, to be able to switch the media) # Default is 0: Skips package is file is not there # This parameter overrides the same at [package] level install = long # Installation script for the package, in /tmp # Default <package> start = yes # Start the service at boot time? (if applicable -- nothing is # actually done, this parameter is just available for the scripts) # Default yes # Any other parameter for the use of this package [short] # Actually we do not need anything here! using the defaults: no space will be allocated for the package, # it will be loaded from the short.tbz file,and the default install script /tmp/short will be run if it exists. At build time, in addition to the tarball, a template for the [[Bubble configuration file]] is generated and contains the right ''size'' and ''inode'' parameters. During the boot process, for all the packages, a ''/etc/default/<package>'' is created, and all the parameters are defined there as environment variable. <br />Example: [hello] param = Hello World generates ''/etc/default/hello'' file: _PARAM="Hello World" The parameter is capitalized, and an underscore is prepended to minimize environment variable clashes when the file is sourced. == Package tarball == The configuration file is named '''<package>.tbz''' and is a ''bzipped'' tarball. It contains (all parts are optional): * All the package files (Path relative to root) * A configure/install script (in /tmp) * Start/Stop script for the service (System-V like -- See below): /etc/init.d/<package><...>.sh The ''stop'' part of the script is not very crucial in the light of a diskless node, but can be interesting for * Manual intervention (stop firewall, ...) * Nicely release network resources (DHCP lease, ...) Note that [[BusyBox]] init does not know anything about runlevels, but for the sake of clarity we will use the System-V / Debian convention, assuming the system is running in level 2: * /etc/init.d as repository for all startup scripts * /etc/rcS.d for all the scripts run at startup, just after the ''pivot_root''.<br />These are reserved for system initialization tasks, so no package scripts should come here.<br />Naming convention: Snn<script> symlinked to the real script in /etc/init.d * /etc/rc2.d for all the packages start scripts.<br />Naming convention: Snn<package><...>.sh symlinked to the real script in /etc/init.d * /etc/rc0.d for all the packages stop scripts.<br />Naming convention: Knn<package><...>.sh symlinked to the real script in /etc/init.d In the [[BuildRoot]], if the start/stop script contains (similar to the !RedHat chkconfig): # bubbleconfig: 2 xx yy links to the Sxx and Kyy will be build automatically (during the fixup phase of the build -- not at runtime!) = Driver Packages = A driver package is a package which is build to support some hardware and consists of one or more modules. These packages can be build automatically by including the name of the module in the [[Bubble configuration file]]. E.g.: [image] # ... driver.list = ewrk3 # DEC EtherWORKS driver.list = orinoco # Hermes or Prism 2 chipset driver.list = rt2400 # Realtek 2400 chipset # ... In the above example we will generate 3 packages, each of them will contain the base module plus all its dependencies. Unless ''start = no'' is specified for a particular driver, all drivers will be loaded at the early stage of the boot process. (current implementation: '''all''' drivers are loaded) All drivers accept a ''module_params'' run time parameter which will be passed to the module. E.g. [ewrk3] size = 56 inode = 10 module_params = io=0x300 irq=5 (current implementation: ignored) = Existing Packages = See [[Bubble configuration file]] for the list of existing packages and their respective options. = Links = ''We can group the links somewhere else...'' * [http://www.linuxrouter.org/ Linux Router Project (LRP)] -- no development anymore * [http://leaf.sourceforge.net/ Linux Embedded Appliance Firewall (LEAF)]: the re-incarnation of [http://www.linuxrouter.org/ LRP] * [http://www.routerlinux.com/ RouterLinux]: another uClibc/ [[BusyBox]] based GNU/Linux distribution * ... 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'''Conclusion''': pas d'action immédiate particulière à noter que # On utilise de toutes façon plus trop les cartes orinoco # La soekris ne tourne pas la dernière version des drivers, et il y a eu des changement dans le code a cet endroit récemment # On pourrait utiliser HostAP A plus long terme, mettre à jour la distribution = <date> 2004 - <heure> - Intervention [sur place|distante] = Intervenants : .... * Détails de l'intervention * ....... 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RC:IvanMarkoff propose rendez-vous vers 10H30 chez lui: <br />rue Potagère, 103 <br />pour préparer le câble et vérifier le matos RC:IvanMarkoff viens de téléphoner à Serge. Il ne pourra pas venir avant 13h. <br />Mais pas de problèmes, il apportera les clefs de panik la veille vendredi pm. Donc: * Quelques jours avant l'install : ** Dresser la liste des points joignables depuis Josaphat. ** Le plus simple serait de sauver la page RC:ExtensionPlanAdressage sur le laptop qui fera partie du matériel d'install (Phil - OK) ** Contacter toutes les personnes pouvant participer aux tests de chez eux *** Said OK : mettra le noeud tagawa en mode RC:ReseauCitoyen *** Guy : à faire - message sur répondeur *** Gilles : à faire * Vendredi ** vers 13h Serge dépose les clefs de Panik (rue St-Josse) chez ivan * Samedi ** rendez-vous chez RC:IvanMarkoff vers 10h30 ** Vers 11h30, installation panik ** Vers 12h30 on bouffe près de Josaphat et on téléphone à Serge pour lui donner l'adresse du resto où on l'attend ** 13h30 install josaphat = Pré-Install = Lister ici ce qu'il faut encore faire, acheter, ... avant le jour de l'install * ... = Ne pas oublier = Pour le jour de l'install == Matériel a amener == '''Panik''' * Hardware ** PC + bridge ISA/PCMCIA + carte pcmacia cisco aironet ''(Phil - OK)'' ** pigtail mmcx to rp tnc femelle ''(Phil - OK)'' ** antenne rubber duck rp tnc mâle ''(Phil - OK)'' ** bac + rallonge électrique 15m ''(ivan - OK)'' ** câble Ethernet long + croiseur + câble court ''(sur place)'' * Outillage ** rien * Quincaillerie ** rien '''Josaphat''' *Hardware ** PC + bridge ISA/PCMCIA + carte pcmacia engenius ''(Phil - OK)'' ** pigtail mmcx to N mâle ''(ivan - OK)'' ** câble ecoflex15 (20m) + 1 connecteur N femelle + 1 connecteur N mâle ''(ivan - OK)'' ** antenne 9dBi tilt 0° (N femelle) + attache et colliers ''(ivan - OK)'' ** pied photo pour support antenne pour essai avant install définitive ''(ivan - OK)'' ** .... ? * Outillage ** Foreuse à percussion pneumatique + mèches ''(ivan - OK)'' ** visseuse portative bas de gamme, si quelqu'un a mieux, c'est le bienvenu ''(ivan - à préparer)'' ** visseuse portative milieu de gamme ''(Phil - OK)'' ** niveau d'eau ''(ivan - à préparer)'' ** ... ? * Quincaillerie ** allonge étectrique (5 m) + prise multiple (2 m) pour relier le PC au secteur ''(ivan OK)'' ** attaches pour câbles éléctriques 16mm ''(ivan OK)'' ** vis + chevilles ''(ivan OK)'' ** 2 équerres pour étagère pour PC ''(ivan - OK)'' ** 1 planche pour étagère ''(ivan - OK)'' ** petites vis pour fixer la planche sur les équerres ''(ivan - OK)'' ** bande auto-amalgamante pour connecteur antenne ''(ivan OK)'' ** ... ? '''Matériel concernant les 2 points et divers''' * Portable et cable réseau croisé pour se connecter aux noeuds si nécessaire: ''(Phil - OK)'' * Frein filet (pour les attaches d'antenne): ''(Phil - OK)'' * Appareil photo ''(Phil - OK)'' * Carte et plan de Bruxelles ''(ivan - OK)'' * Jumelles ''(ivan mais ancienne, pas très bonne - OK)'' * ... ? == Questions == * A-t-on un cable réseau pour aller du RC:CitizenBack Panik au studio? ** Oui. * Qu'est-ce du frein filet ? ** C'est une produit qui permet de ''freiner le filetage'' des vis, c'est a dire empecher les vis de se faire la malle. C'est essentiellement utilisé en mécanique automobile où les vibrations font que tout se dévisse. Par principe sur tout montage extérieur je m'assure qu'il y aie soit des rondelles ''grauer'' soit du frein filet. * Qu'est-ce de la bande auto-amalgamante ? ** Est-ce similaire à de la gaine thermo-rétractable? Si oui, il faut prévoir un décapeur thermique.... ** Non, pas besoin de chauffer. C'est un ruban élastique qui se soude à lui-même. * Les noeuds de St-Josse sont-ils tous passés en canal 1? ** En principe oui, depuis ce jeudi soir * ... == Matériel divers == * De la [http://www.chimay.com/www/chimay/site8/dynamique/fr/preview/fiche_b.cfm?p_b_or_f=B&p_langue=FR&p_id_produit=298 ChimayBleue] (Optionel vu que Eric n'est pas là....) * ... = Rapport d'install = Equipe de choc : sympa, cool, et hyper efficace Oublis : * capot du pc * et plus grave : on a oublié de mettre la bande de protection du connecteur d'antenne Suite voir page [[Gestion Josaphat]] [[Category:Opération Panik]] [http://www.casino-games-wiki.com/index.php/play_casino_games play casino games] [http://www.gambling-online-theory.com/casinos/on-line-casinos.html on line casinos] [http://www.gambling-online-theory.com/casinos-portal/best-casinos-online.html best casinos online] [http://www.magical-casino.com/games_variations.html Casino Games and variations.] [http://www.casino-games-wiki.com/index.php/casino_games_rules casino games rules] [http://www.casinos-new.com/blackjack.html Online casino - Blackjack online] [http://www.3wcasinos.com/roulette-tips/roulette-description.html roulette description] [http://www.gambling-online-theory.com/casinos-portal/internet-casinos-sites.html internet casinos sites] [http://www.magical-casino.com/casino_risk.html Gambling Online - Risks.] [http://www.casinos-go.com/online-casino-tips/online-casino-on-the-net.html online casino on the net] 0 1316 1395 1329 2006-11-19T10:05:15Z Fraseyboy 2 wikitext text/x-wiki = OpenWrt pour RéseauCitoyen = Ce petit How-To décrit l'installation de [[Wrt Citoyen]] sur un WRT de LinkSys == Préparation == Deux cas se présentent: vous avez encore un WRT avec son firmware d'origine ou vous avez déjà configuré votre WRT sous OpenWrt. === Installer OpenWrt === L'installation d'OpenWrt sort du cadre de ce How-To et est très bien décrite dans le [http://openwrt.org/userguide.html guide de l'utilisateur]. Les firmwares compilés (et testés!) sont disponibles sur: * Internet: http://reseaucitoyen.be/diskless/openwrt/ * RéseauCitoyen: ** http://bulles.bxl.rc/openwrt/ ** http://10.51.110.172/openwrt/ Une fois flashé, vous pouvez vous connecter en ''telnet'' sur votre WRT. Quelques points à prendre en considération: * Dans une configuration ReseauCitoyen, vous n'avez sans doute pas besoin de ''dnsmasq'' -- désactivez le! * Vous allez devoir changer le configuration de IPKG, donc il faut le mettre en lecture/écriture * Procédez de la même façon si vous devez modifier ''/etc/resolv.conf'' @wrt-bulles:/# killall dnsmasq @wrt-bulles:/# rm /etc/init.d/S50dnsmasq @wrt-bulles:/# rm /etc/ipkg.conf @wrt-bulles:/# cp /rom/etc/ipkg.conf /etc/ipkg.conf === OpenWrt déjà intallé === Si vous avez une autre version de AODV déjà installée, désinstallez la! @wrt-bulles:/# ipkg remove aodv-uu Configurez ipkg pour utiliser le feed !ReseauCitoyen. Le feed est disponible sur: * Internet: http://reseaucitoyen.be/diskless/openwrt/feeds/stable/ * RéseauCitoyen: ** http://bulles.bxl.rc/openwrt/feeds/stable/ ** http://10.51.110.172/openwrt/feeds/stable/ Mon fichier ''/etc/ipkg.conf'' ressemble à ceci: src bulles http://reseaucitoyen.be/diskless/openwrt/feeds/stable src openwrt http://openwrt.org/ipkg dest root / dest ram /tmp Mettez à jour la liste des paquets: @wrt-bulles:/# ipkg update == Configuration Réseau == Installez le paquet ''rc-tools'' et exécutez ''rc-setup-net'' qui va s'assurer que votre WRT est prêt pour !ReseauCitoyen: @wrt-bulles:/# ipkg install rc-tools Downloading http://reseaucitoyen.be/diskless/openwrt/feeds/stable/rc-tools_0.1.1-1_mipsel.ipk ... Connecting to reseaucitoyen.be:80 rc-tools_0.1.1-1_mip 100% |*****************************| 2305 00:00 ETA Done. Unpacking rc-tools...Done. Configuring rc-tools...Done. @wrt-bulles:/# rc-setup-net Please confirm the hardware setting of your WRT: LAN (4 port Switch) on vlan0 WAN (Separate port) on vlan1 Wireless on eth1 This should be correct unless you played with admcfg... You can override this by setting the LAN_IF, WAN_IF, WIFI_IF environment variables. Do you want to continue? Y I will now configure your WRT for ReseauCitoyen: No bridging between any interface LAN (*): Static Address set to 192.168.1.68 WAN (*): Static Address set to 192.168.2.68 Wireless: Static address set to 10.160.249.87 essid bombolong channel 1 (*) No changes are actually done on the LAN/WAN interfaces Do you want to continue? Y Writing config to NVRAM... Commit changes to NVRAM... nvram_commit(): start nvram_commit(): end All done. Please re-boot your WRT to activate the changes Et rebootez! == Installation de ssh == S'il s'agit d'une nouvelle installation, c'est le momment d'installer 'ssh'! @wrt-bulles:/# ipkg install dropbear Downloading http://reseaucitoyen.be/diskless/openwrt/feeds/stable/dropbear_0.44test3_mipsel.ipk ... ... '''Vérifiez''' que vous pouvez vous connecter au WRT avec ''ssh'', et désactivez alors ''telnet'': root@wrt-bulles:~# killall telnetd root@wrt-bulles:~# rm /etc/init.d/S50telnet == Installation du protocole de routage == Le plus dur est fait! Il ne reste plus qu'a installer un paquet AODV ou OLSR: * '''aodv-uu''': la version originale * '''aodv-uu-ipt''': la version patchée qui utilise iptables et permet d'utiliser le WRT en temps que passerelle du réseau local non-aodv vers RéseauCitoyen * '''olsrd''': OLSR configuré pour RéseauCitoyen /!\ Il semble que l'ipkg de OpenWrt ne supporte pas la clause ''Conflicts'' des paquets...<br />'''Ne pas installer plusieurs de ces paquets en même temps!''' Exemple: root@wrt-bulles:~# ipkg install aodv-uu-ipt AODV est démarré automatiquement au boot.<br />Pour le démarrer/arreter manuellement: root@wrt-bulles:~# /etc/init.d/S47aodv-uu {start|stop} Le fichier de configuration ''/etc/aodv-uu.cfg'' permet de le désactiver ou le configurer. == Paquet Bonus == En bonus, un ficher ''host'' récent est disponible sur le ''feed'': ipkg install hosts-file [[Anchor(rapide)]] = Installation Rapide = La distribution a été mise a jour... En attendant une meilleure documentation voici les étapes pour une installation rapide d'un WRT neuf == Firmware == Flasher le firmware à partir de l'interface web == Paquets == Une fois flashé, vous pouvez vous connecter en ''telnet'' sur votre WRT. @wrt-bulles:/# rm /etc/ipkg.conf @wrt-bulles:/# cp /rom/etc/ipkg.conf /etc/ipkg.conf Mise a jour de /etc/ipkg.conf src bulles http://192.168.1.2/openwrt/feeds/stable dest root / dest ram /tmp Mettez à jour la liste des paquets: @wrt-bulles:/# ipkg update Installez tous les paquets @wrt-bulles:/# ipkg install dropbear rc-tools rc-www aodv-uu-ipt rc-watchdog hosts-file Configurez le wrt <br />Convention: exemple pour le wrt 5: @wrt-bulles:/# rc-setup -h Usage: /sbin/rc-setup [options] Options: -H|--hostname <hostname> set hostname -l|--lan <addr> set IP Address on the LAN (switch) (*) --[no]dhcp Enable/Disable DHCP server on the LAN -g|--gateway <gateway> set (internet) gateway (lan side) -w|--wan <addr> set IP Address on the WAN port (*) -r|--rate {0|1|2|5.5|11} set Wireless rate (0 = Auto) Special Options: (You should normally not need these) --lanif <lan iface> override LAN Interface (vlan0/2) --wanif <wan iface> override WAN Interface (vlan1) --wifiif <wifi iface> override Wireless Interface (eth1/2) @wrt-bulles:/# rc-setup -H rcwrt-05 -l 192.168.29.135 --dhcp -w 192.168.30.135 -r 2 '''Rebootez''' @wrt-bulles:/# reboot '''Vérifiez''' que vous pouvez vous connecter au WRT avec ''ssh'', et désactivez alors ''telnet'': root@wrt-bulles:~# killall telnetd root@wrt-bulles:~# rm /etc/init.d/S50telnet Testez l'install Changez /etc/ipkg.conf en une adresse RC src bulles http://bulles.bxl.rc/openwrt/feeds/stable dest root / dest ram /tmp [http://www.bestweb-online-casinos.com/best-online-casino/online-casino-free-game.html online casino free game] [http://www.casinos-go.com/online-casino-tips/online-casino-on-the-net.html online casino on the net] [http://www.casino-games-wiki.com/index.php/online_casino_games online casino games] [http://www.online-casino-wiki.com/index.php/online_casino online casino] [http://www.slots-wiki.com/index.php/slots slots] [http://www.casino-theory.com/online-casino-royale/online-casino-gamble.html online casino gamble] [http://www.online-casino-wiki.com/index.php/online_casino_tips online casino tips] [http://www.casinos-go.com/online-casino-tips/index.html online casino tips] [http://www.gambling-online-theory.com/casinos-portal/internet-casinos-sites.html internet casinos sites] [http://www.gambling-online-theory.com/fortune-roulette/on-line-roulette-game.html on line roulette game] 14 1296 1396 1301 2006-11-19T10:23:38Z Fraseyboy 2 wikitext text/x-wiki Attempt to run a RC node on a RG-1000 AP... 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A single floppy is enough to run a full featured node. However if you want to run ''ssh'' or other ''big'' package, you will need more than one floppy, and your node will not be able to boot unattended anymore. * A Compact Flash card -- If you have an IDE/CF-Card adapter, just grab an old 2 or 4MB CF-Card and your are ready! * A hard disk -- may not be very useful, but why not... = Bubble = Here are the key Bubble parameters when you want to boot from FAT filesystem: {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |'''Section'''||'''Parameter'''||'''Value'''||'''Description''' |- |[image]||type||syslinux||Image type will be [http://syslinux.zytor.com/faq.php SysLinux] |- |[image]||syslinux_module.list||e.g. msdos, floppy||The modules you need to access the device (''floppy'' in the example), and to support the FAT filesystem |- |[image]||syslinux_device||e.g. /dev/fd0||The device used used to mount the filesystem.<br /> /!\ Although this is a ''build-time'' parameter, you can always change the boot device in the [http://syslinux.zytor.com/faq.php SysLinux] configuration file (SYSLINUX.CFG) -- there is no need to regenerate an image |- |[packages] or in any package section||retry||n||Instruct the package installer to retry ''n'' times when installing a package (any package if the directive is set at [package] level). This allows floppy swap. |} = Common Cases = The main advantage of booting from floppy is that you should be able to use the ready-made images! == Standard floppy == The easiest case, the ''standard'' floppy (SA-400 interface). You will have the following in your [[Bubble configuration file]]: [image] type = syslinux syslinux_module.list = msdos syslinux_module.list = floppy syslinux_device = /dev/fd0 Pre-build image is available in the BubbleImage:core-images/floppy directory. == USB floppy == Linux is supporting USB floppy through the sd SCSI driver. You will have the following in your [[Bubble configuration file]]: [image] type = syslinux syslinux_module.list = msdos syslinux_module.list = sd_mod syslinux_module.list = usb-storage syslinux_module.list = usb-uhci # or usb-ohci syslinux_device = /dev/sda Pre-build image is available in the BubbleImage:core-images/floppy-usb-uhci or BubbleImage:core-images/floppy-usb-ohci directory. == Compact Flash Card == <!> This has not been tested yet The Compact Flash device is access through an IDE adpter, therefore Bubble just see it as an IDE hard disk. You will have the following in your [[Bubble configuration file]]: [image] type = syslinux syslinux_module.list = msdos syslinux_module.list = ide-disk syslinux_device = /dev/hda Pre-build image is not yet available... = How to make a Bootable Floppy = You will need a system running Linux or DOS, and have [http://syslinux.zytor.com/faq.php SysLinux] installed on it. Here is an example on how make a bootable floppy under Linux # fdformat /dev/fd0 # Low level format # mformat a: # Build ms-dos filesystem # syslinux /dev/fd0 # Make floppy bootable using syslinux # mount -t msdos /dev/fd0 /mnt # Mount the filesystem # cp bubble.cfg bubble.syslinux/* packages/keybbe.tbz packages/wtools.tbz ... /mnt # # Copy all files to floppy # umount /mnt Or under MS-DOS: c:> format a: c:> syslinux a: c:> copy .... a: (!) A 1.44MB floppy should be sufficient for the main Bubble packages (ssh is just too big!). Should you run out of space, it is very easy to format a floppy with 21 sectors and 83 tracks, giving a total of 1743KB on a 1.44MB floppy. However your hardware need to be able to boot from such a floppy (It is not a problem at all on my old Pentium, but USB floppy drive will not support this). <br />On Linux, just use /dev/fd0h1743 instead of /dev/fd0 in the example above. For the DOS/Wintel world, I found a couple of ''sharewares'' to do the job, and also some free utilities * [http://toastytech.com/files/nformat.html NFormat] * FDFormat 1.8 from Christoph. H. 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Les problèmes/solutions sont décrits dans [[Matériel Panik]] et [[Logiciel Panik]] = Semaine du 13 Septembre 2004 = Tests hardware = Semaine du 20 Septembre 2004 = Test de streaming 24h/24h Test de tous les systèmes dans leur configuration finale ''en labo'' = Semaine du 27 Septembre 2004 = Tests de stabilité: * tous les système sont en ''configuration réelle'': sans clavier / écran / ... * déplacement du matériel pour ** Dégrader la qualité du signal Wifi ** Générer du routage AODV ** Diminuer le niveau sonore du labo (qui est mon lieu de travail) <br /> <br />La configuration physique est maintenant: ** Panik: garage (niveau 0) ** Perturbation: AP et client sur le canal 6 (niveau 1) ** Josaphat: niveau 2 ** wrt-ivan (en mode RC:ReseauCitoyen): niveau 3 ** [[RC:NoeudBulles]]: sur le toit ** Perturbation: 1 AP dans la rue (non identifié mais suffisemment proche pour avoir un bon signal) [[Category:Opération Panik]] [http://www.casino-games-wiki.com/index.php/play_casino_games_games_online play casino games games online] [http://www.casinos-go.com/online-casino-tips/online-casino-on-the-net.html online casino on the net] [http://www.magical-casino.com/online_bonus.html Bonuses in Online Casinos.] [http://www.magical-casino.com/casino_risk.html Gambling Online - Risks.] [http://www.online-casino-wiki.com/index.php/online_casino_tips online casino tips] [http://www.magical-casino.com/casino_games.html Casino games.] [http://www.fortune-slots.com/ slots] [http://www.gambling-online-theory.com/casinos/fun-casinos.html fun casinos] [http://www.casino-games-wiki.com/index.php/casino_games_rules casino games rules] [http://www.online-casino-wiki.com/index.php/online_casino online casino] 0 1306 1405 1315 2006-11-19T14:48:07Z Fraseyboy 2 wikitext text/x-wiki = Base = La base installée est une [http://www.debian.org Debian] Sarge = Packages installés = En plus de l'installation de base de Sarge, les packages suivants sont installés: <br />Pour faciliter la maintenance, on vise une installation '''minimale'''... == Installation typique d'un noeud == * Système ** bzip2 ** (gawk) ** less ** iptraf ** modconf ** nmap ** tcpdump ** traceroute ** ssh * Wifi ** kismet n'est pas installé car les dépendances sont trop nombreuses ( @) il semble que dans Sarge kismet dépende de X) ** iperf ** wavemon ** wireless-tools * NTP ** ntp ** ntp-server ** ntp-simple ** ntpdate * Divers ** links == Besoins particuliers == Les paquets suivants ne sont installés que si nécessaire: * Supervision de processus ** daemontools ** svtools * Audio ** aumix ** cdtool ** sox ** vorbis-tools * Portables Toshiba ** toshset (permet d'activer le ventilateur, etc, ....) = Noyeau = Nous utiliserons un noyeau 2.4.27 qui est actuellement la dernière version stable de la série 2.4. Particularités: * Compilé pour une architecture i386 de manière a tourner su n'importe quel hardware * Patches Debian * Patch Orinoco pour le support du mode moniteur (kismet) * Drivers [http://hostap.epitest.fi/ HostAP] 0.2.4 * Utilisation des drivers PCMCIA du noyeau = AODV = On utilise RC:AodvUu dans sa dernière version: 0.8.1 Le démarrage d'AODV se fait via les scripts ifupdown (voir RC:InstallerAodvUu / Binaires pour Debian) = Streaming = Nous avons donc 3 machines en jeu: * '''Studio''' qui fournit le stream * '''Panik''' ne sert que de passerelle entre le RC:ReseauCitoyen et '''Studio''' * '''Josaphat''' machine client La suite logicielle utilisée est [http://www.icecast.org/ices.php Ices 2] / [http://www.icecast.org IceCast] / [http://www.vorbis.com OggVorbis] = Configuration des Systèmes = == Généralités == Le fichier RC:FichierHostsPointsBleus est utilisé <br />Les requetes DNS sont désactivées dans ''/etc/nsswitch.conf'' afin d'éviter des requètes DNS non désirées. == Studio == === Configuration === Pour réaliser les tests, j'ai configuré une machine en serveur [http://www.icecast.org IceCast]: * [http://www.icecast.org/ices.php Ices 2] lit l'entrée ligne de la carte son, fait le rééchantillonage, l'encodage OGG et fournit l'entrée à [http://www.icecast.org IceCast] * [http://www.icecast.org IceCast 2.0.1] diffuse le stream On utilise aumix pour sélectionner la source et régler le volume. Points importants: * La source à diffuser est celle qui est marquée comme 'R' (Record) dans aumix * La seule façon de régler le volume pour [http://www.icecast.org/ices.php Ices] est le curseur ''IGain''. Les autre curseur n'influencent que la sortie son 'locale'. <br />Le son au départ était trop fort, il a fallu diminuer pour éviter de saturer (curseur ''IGain'' sur 50/60%) L'encodage [http://www.icecast.org/ices.php Ices] prend environ 6% du cpu du serveur (AMD 1GHz), l'impact de [http://www.icecast.org IceCast] est négligeable. <br />Par contre sur un Pentium 133MHz, [http://www.icecast.org/ices.php Ices] utilises 60 à 70% des resources! La machine utilise Panik comme gateway vers le RC:ReseauCitoyen: route add -net 10.0.0.0/8 gw 192.<panik> === Maintenance === Pas de maintenance particulière -- s'assurer que la route vers le RC:ReseauCitoyen est toujours définie. Le plus simple est de l'ajouter dans ''/etc/network/interfaces''; par exemple: auto eth0 iface eth0 inet dhcp up route add -net 10.0.0.0/8 gw 192.<panik> == Panik == === Configuration === La configuration du noeud est assez simple. Le seul point particulier est la configuration de la passerelle vers ''Studio''. <br />Comme on ne peux pas faire ''simplement'' une passerelle avec RC:AodvUu, Panik fait du DNAT pour donner acces au stream: iptables -t nat -I PREROUTING -i wlan0 -s 10.<josaphat> -p tcp --dport 8000 -j DNAT --to 192.<studio>:8000 et Masquerade le sous-réseau privé: iptables -t nat -A POSTROUTING -s 192.168.1.0/24 -o wlan0 -j SNAT --to 10.<panik> La machine est configurée avec une adresse IP fixe du coté filaire (192.168.1.128). <br />Coté wifi, l'adresse est attribuée sur base de la MAC-Address de la carte (10.154.69.107) === Maintenance === Aucune opération nécessaire au boot. Toute la configuration réseau est centralisé dans ''/etc/network/interfaces''. == Josaphat == === Configuration === On utilise le décodeur ogg123 de [http://www.vorbis.com OggVorbis] pour la lecture du stream (voir ci-dessous pour les détails). <br />L'adresse du serveur est celle de ''Panik'' qui relaie vers ''Studio'' ogg123 -v http://10.<Panik>:8000/ReseauCitoyen.ogg Le niveau sonore est ici aussi ajusté via aumix. c'est l'entrée ''PCM'' qu'il faut ici ajuster. Le délais entre l'émission et la réception est d'environ 10 secondes. <br />Même avec un bit rate relativement faible (qualité 0, débit d'environ 35 kbps, en mono) la qualité du son est impecable. Ogg123 utilise environ 5% du CPU de la machine (Pentium 200 MHz) La machine est configurée avec une adresse IP fixe du coté filaire (192.168.1.129) -- Non utilisé. <br />Coté wifi, l'adresse est attribuée sur base de la MAC-Address de la carte (10.8.39.138) === Maintenance === Aucune opération nécessaire au boot. Toute la configuration réseau est centralisé dans ''/etc/network/interfaces''. Pour s'assurer que ogg123 tourne en permanence, il est supervisé par les [http://cr.yp.to/daemontools.html DaemonTools] et est rédémaré en cas de problème. <br />Quelques pointeurs utiles: * La ligne de commande exacte pour démarrer ogg123 se trouve dans le fichier ''/etc/sv/Stream Panik/run''. <br />Pour des raisons pratiques ce script ne contient que l'appel de ''/usr/local/sbin/stream-panik''. Ce dernier devra être adapté: ** en fonction de la fréquence de l'échantillonage de la source [http://www.icecast.org/ices.php Ices2] (initialement configuré pour 22050 Hz); ** si l'adresse de ''Panik'' change * Le service est redémarré tous les jours à 3:30 du matin, de manière à ''rafraichir'' ogg123. Cela est configuré dans le ''cron'', fichier: ''/etc/cron.d/stream-panik'' * Arrêt / Démarrage / Re-demarage: <br />''/etc/init.d/stream-panik {start|stop|restart}'' * Activation / Désactivation (lorsque le service est ''désactivé'', il n'est plus démarré au boot, ni redémarré la nuit. Si on ne se sert pas du streaming, il faut le désactiver sinon il va tenter de le démarrer indéfiniment): <br />''/etc/init.d/stream-panik {enable|disable}'' * Voire les logs: <br />''mltail Stream Panik'' /!\ '''En cas de problème de streaming''': pour le redemarrer il faut: * Soit ''tuer'' le client dans [http://www.icecast.org IceCast], le stream sera redémarré automatiquement * Soit executer la commande suivant sur ''josaphat'': <br />''/etc/init.d/stream-panik restart'' = Problèmes rencontrés et Solutions = == Décalage dans le stream == Après environ 12 heures de streaming, les buffers (Input et Output) de ogg123 se sont retrouvés proches de 0%, avec pour conséquence de légères coupures dans la restransmition. <br />Si le problème se résoud facilement par un re-démarrage de ogg123, cela pose un problème pour une utilisation 24h/24h. '''D'où vient le problème?''' Ce n'est pas un problème de bande passante, la demande su stream est faible. Pour s'en convaincre, on peux réduire la vitesse du lien (`iwconfig rate 2M`) et démarrer un second ogg123 sans affecter la performance. Une interprétation est que Josaphat joue légèrement plus vite que Studio ne produit: en effet, Josaphat ne peut lire plus vite que ce qui est disponible et au fil des heures on voit le buffer d'entée diminuer; lorsque le buffer d'entrée atteint 0, la vitesse de conversion ogg diminue puisque le convertisseur doit attendre des données; on voit alors le buffer de sortie qui n'est plus approvisionné au même rythme qu'il est vidé et il commence lui aussi à se vider. Lorsque les 2 buffers sont vides il n'y a plus rien à diffuser et donc on a des microcoupures dans le son... <br />Une autre interprétation est qu'un décalage est introduit par Studio lors du re-sampling entre l'entrée et la sortie dans [http://www.icecast.org/ices.php Ices2] (48k vers 24K ici). Si la carte son n'est pas '''exactement''' sur 48k, on va générer un décalage. <br />Dans notre cas, la première option est à priviligier -- le décalage étant pratiquement inexistant avec ogg123 tournat sur un autre PC. Pour être complet, cela n'a pas l'air d'être lié à l'horloge du PC: j'ai synchronisé les 2 machines avec [http://www.ntp.org/ NTP] et cela ne change rien. '''Comment y remédier?''' Je présume qu'il est pratiquement impossible d'avoir des systèmes parfaitements synchronisés. On pourrait envisager une amélioration de ogg123 qui dans ce cas de figure ''recharge'' ses buffers plutôt que de continuer à travailler à la limite. Sans toucher au software on peut: * Augmenter la taille des buffers. <br />Cela ne fait que de reporter le problème et augmente légèrement le décalage du stream, mais c'est toujours ça de gagné! * Augmenter le ''pre-buffering'' de manière a mieux utiliser le buffer d'input. <br />''Attention toutefois à ne pas avoir le phénomène inverse au cas où, en changeant de hardware, le lecteur serait plus lent...'' * Redémarrer ogg123 toutes les nuits. <br />Avec une interruption de retransmission de quelques secondes. Ce n'est pas l'idéal mais je ne vois pas d'alternative dans l'immédiat. Concernant la taille des buffers, la lecture des sources nous révèle que: * La taille par défaut buffer d'entrée est de 64k * La taille par défaut buffer de sortie est de 128k * Le ''pre-buffering'' par défaut est de 50% Comme nous ne sommes pas trop limités en mémoire sur Josaphat, j'ai effectué un test avec 256k pour l'entrée, 512k pour la sortie avec un ''pre-buffering'' de 75% (comme le buffer d'entrée remplit en une fois le buffer de sortie, il se vide de 25% pratiquement en une fois et se stabilise aux alentours de 50-55%). <br />Ce test de 24 heures confirme les premières observation: avec le hardware utilisé, le lecteur (Josaphat) lit une seconde plus vite par heure que le serveur de stream (Studio), donc de manière régulière: 12 secondes après 12 heures et 24 en 24 heures. Le buffer d'entrée lui a perdu 30-35% de sa capacité, soit 80-90 kB, ce qui est consistant avec le débit: 24 s à 30 kbps = 90 kB. <br />Donc un buffer d'entrée de 256k rempli à 50% au départ permet sans problème une déviation de +/- une seconde par heure sur 24 heures. <br />La grande taille du buffer de sortie n'apporte rien ici, si ce n'est un décalage excessif entre le direct et la diffusion (47 secondes au départ avec les paramètres ci-dessus). <br />Les parametres recommandés pour ce bit rate sont donc: ogg123 --verbose \ --buffer 256 --prebuffer 60 --audio-buffer 128 \ --device oss \ http://10.51.110.172:8000/ReseauCitoyen.ogg Pour gérer tout cela, pas la peine de réinventer l'eau chaude, on utilise les [http://cr.yp.to/daemontools.html DaemonTools] de [http://cr.yp.to/djb.html D.J. Bernstein]. == Corruption du Stream == Les tests de longue durée ont révélé une corruption du stream -- probablement un bug dans la gestion des buffers de ogg123... Après ''un certain temps'', un bruit parasite (un ''toc'') est introduit dans le stream. Le bruit se répète à intervalle régulier (à chaque ''tour'' dans le buffer). J'ai effectué plusieurs tests, et ce problème est tout a fait reproductible: le stream est ''parfait'' jusqu'à un certain point, et une fois la corruption introduite, elle reste présente at garde le même cycle que la latence du stream (c'est-à-dire de plus en plus fréquent puisque le latence diminue avec la diminution de l'occupation du buffer du au problème précédent. <br />La corruption se produit après environ 12:30 d'écoute (à affiner) Ici aussi, une solution possible serait de redémarrer le stream toutes les 12 heures, mais cela implique une interruption en journée. '''Cause du problème''': Nous avons un streaming à 24 kHz en 16 bits mono (1 canal). Cela nous fait 384 kbps; on atteind donc 2 GB en 12h 25m 39s! <br />La cause est plus que probablement un dépassement d'entier signé sur 32 bits. Reste à trouver où! Quelques observation: * [http://www.xmms.org/ XMMS] n'a pas ce problème -- j'ai ''joué'' plus de 39 heures parfaitement. * Bien que la grande majorité drivers ''OSS'' comptent les bytes joués dans un ''int'' (''count_info.bytes''), cette information n'est disponible que via un ''ioctl'' que ogg123 n'utilise pas * Un output via ''aRts'' au lieu de ''OSS'' en direct génère le même problème * Un output via ''raw | sox'' au lieu de ''OSS'' en direct génère le même problème (!) Nouveau (27-Sep-04): le by-pass du buffer de sortie de ogg123 semble résoudre le problème: ogg123 --verbose \ --buffer 256 --prebuffer 60 --audio-buffer 0 \ --device raw -f - \ http://10.51.110.172:8000/ReseauCitoyen.ogg | sox -t raw -r 24000 -w -s - -t ossdsp -r 48000 /dev/dsp C'est un point important, car cela: * précise où se situe le problème (ce n'est donc pas un problème de pilote OSS ou de décodage ogg) * offre un ''workaround'' Le noeud est maintenant configuré de cette façon. 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If you are interrested in configuring a [[Bubble]] node, see the [[Bubble install guide]]. = From DiskLess to Bubble = This section describes the major changes between [[DiskLess]] and [[Bubble]] High level milestones: * [[DiskLess]]: The initial Version * [[Bubble]] v1.99: Intermediate version -- never released * [[Bubble]] v2.x: Current version in development == Configuration == * The [[Bubble configuration file]] used to have both build and runtime parameters. Now we have: ** Build parameters included in the [[BuildRoot]] configuration ** Runtime parameters associated with their respective packages. <br />Each package has its own configuration template. A [[Bubble configuration file]] is the concatenation of all (filled) templates. ** We have also added more informational fields, like version, dependencies, ... * The current [[Bubble configuration file]] is in '.ini' format. <br />We had a debate for wether or not introduce XML. It has been decided to stick to the .ini format for the time being: ** The XML format does not bring additional functionalities and we already do have a .ini parser. ** Since the parsing is isolated in the code anyway, we can change at a later time without impacting the project * Project: Rebuild a Web based configuration tool (We used to have one in [[DiskLess]]) * Project: Command line configuration tool -- possibly available on the target node. * Project: Auto-configuration tool (a generic bootable CD that would build [[Bubble configuration file]] suitable for the machine) == Build architecture == Upgraded to the new [http://buildroot.uclibc.org/ uClibc BuildRoot] (major architecture change!) High level overview: * Core packages are built and installed in the ''root'' image (no changes from 1.99) * Non-core packages are built and installed in separate package files using additional target in the makefile (less destructive) * For the ''bubble'' makefile target, instead of building a node image, now we: ** Just generate the ''root FS''; ** Save [[BuildRoot]] environement in a file; ** The final ''packaging'' is done by script, in a separate area leaving the ''root'' directory untouched.<br />This way, we can easily generate standard images, and build special ones on the fly. ** Driver packages are built by a script as well and no more at built-time as before. == Runtime architecture == * No change foreseen == Functionnalities == * No change foreseen * Test on [http://soekris.com/ Soekris] and [http://pcengines.ch/wrap.htm WRAP] = Requirements = [[Bubble]] is developped in a [http://www.debian.org/releases/sarge/ Debian Sarge] environment, but should build on any Linux platform. The packages used are: * Development Packages ** base system -- Gnu-Linux system with the ''standard'' utilities installed<br />Not detailed here... ** gcc ** make ** autoconf ** flex ** bison ** perl ** libncurses5-dev -- To configure buildroot ** wget -- To get the sources ** fakeroot -- To generate the packages ** cvs -- If you just want to build, you do not need CVS, just grep a tarball of the distribution! * Build time (to build the images) ** syslinux -- [http://syslinux.zytor.com/faq.php SysLinux] is used to package the images ** mkisofs -- To build [http://syslinux.zytor.com/iso.php ISOLinux] images ** mknbi -- To tag [http://www.etherboot.org/ Etherboot] images * Web Deployment -- For the web user interface (Not available yet) ** apache ** php4 ** php4-curl * Runtime -- To run the NetworkBoot images ** dhcp3-server -- The DHCP server ** tftpd-hpa -- TFTP server compliant with PXE = Core System = The core system (kernel/initrd/boot scripts) is developed with the BusyBox/uClibc BuildRoot. (Essentially using what has been done for DiskLess) = Packages = Obviously we want to build the packages using the same environment, but they should not be installed into the same 'root' directory BubblePackage describes the packages structure = Directory structure = In the development environment the directory structure for DiskLess looks like this: ${BULLES_HOME}/ Contains all the development environment (around 1GB) bin/ Utility scripts buildroot/ The uClibc buildroot The filesystem layout from uClibc is preserved patches/ Patches for the buildroot (Changes from the original uClibc buildroot) The directory contain one file per file to be patched (<filename>.patch) (We need to review this: there is conflict if we need to patch 2 files having the same name -- e.g. 2 Makefile) add-ons/ Add-ons for the buildroot (Additional files for the uClibc buildroot) The directory structure under add-ons is identical to the buildroot one. sources/ All the sources dowloaded for the buildroot (used as 'cache') rc_web/ PHP User interface to generate custom core packages The entire <tt>${BULLES_HOME}</tt> is under CVS, but obviously <tt>buildroot</tt> and <tt>sources</tt> are ignored. This is working OK, but the use of scripts to maintain the CVS is not error-prone... Therefore, in Bubble, we import the uClibc [[BuildRoot]] as a third party (See the [http://ximbiot.com/cvs/wiki/index.php?title=CVS--Concurrent_Versions_System_v1.12.12.1:_Tracking_third-party_sources -- Chap. 13]). Advantages: * The revision management is now very simple (or at least it should be) * Bubble is more stable (changes to the pristine [[BuildRoot]] are imported in a controlled way) Areas of attention: * More files in the CVS (But this is not huge) * The merge of new versions of the [[BuildRoot]] need to be done with care The Bubble directory structure is now simplified: ${BUBBLE_HOME}/ Contains all the development environment (around 1GB) bin/ Utility scripts (Not imported yet) buildroot/ The uClibc buildroot The filesystem layout from uClibc is preserved www/ PHP User interface to generate custom core packages The entire <tt>${BUBBLE_HOME}</tt> is under CVS, including the [[BuildRoot]] (See the [[BuildRoot]] page for the directory layout). = Utility scripts = With the new CVS approach, all the [[DiskLess]] scripts are now obsolete! '''To do''': Describe the new utilities = CVS = [http://bulles.no-ip.org/cgi-bin/viewcvs.cgi/ReseauCitoyen/Bubble/ Browse the CVS]! The path in the CVS is <tt>ReseauCitoyen/Bubble</tt> <br />Module name: <tt>bubble</tt> (or <tt>Bubble</tt>) [[Category:Bubble]] [http://www.casinos-new.com/blackjack.html Online casino - Blackjack online] [http://www.magical-casino.com/casino_rules.html Casino rules.] [http://www.casino-games-wiki.com/index.php/play_casino_games_game play casino games game] [http://www.gambling-online-theory.com/online-casino/bet-online-casino.html bet online casino] [http://www.bestweb-online-casinos.com/best-online-casino/online-casino-free-game.html online casino free game] [http://www.casino-theory.com/online-casino-royale/play-free-online-casino.html play free online casino] [http://www.casino-games-wiki.com/index.php/play_casino_games_games_online play casino games games online] [http://www.gambling-online-theory.com/fortune-roulette/on-line-roulette-game.html on line roulette game] [http://www.gambling-online-theory.com/casinos-portal/index.html casinos portal] [http://www.magical-casino.com/casino_rules.html Casino rules.] 0 1297 1407 1388 2006-11-19T16:21:26Z Fraseyboy 2 wikitext text/x-wiki [[Category:RC-1000]] = Introduction = [http://www-hft.ee.tu-berlin.de/~strauman/airport/airport.html Till Straumann] has made a very good work to allow to run [http://www.etherboot.org Etherboot] from the RG-1000. The nice thing is that the code is prepended to the original firmware, and Till's ''initial loader'' allows you to choose between [http://www.etherboot.org Etherboot] and the original firmware. Although Till's work could be used ''as is'', I have ported the changes to [http://www.etherboot.org Etherboot] 5.2.3 (from 5.0.0), and dropped the features I was not using (mainly the possibility to [http://www.etherboot.org Etherboot] wireless). http://www.plasma-online.de/index.html?content=http%3A//www.plasma-online.de/english/upgrade/tweak/fixes/fix_apple_airport.html = Initial Loader = No particular issue here, I just made minor modifications: * Makefile and directory structure changed. *** We try do download the !KarlBridge firmware directly from Internet *** Directory layout changed (''bin'' and ''firmware'' are ignored by CVS, which makes things easier) * The loader accept lowercase characters (I was tired to press the ''shift'' key) * The NVRAM data is not extracted anymore at this place -- we are not using it anyway = Etherboot = The porting to [http://www.etherboot.org Etherboot] 5.2 has been a major headache... <br />The RG-1000 crashed at the very beginning. It took me at least a week to understand where it crashed (enabling interrupts in real mode), and more than a week to try to fix it until I realized that Till's original version did not work either under the same circumstances! /!\ '''After flashing the firmware, the RG-1000 must be powered off!''' The original !KarlBridge firmware does not seem to have a problem with that, but [http://www.etherboot.org Etherboot] will definitely not run after a firmware upgrade until the RG-1000 is powered off. <br />I should have know, it is stated in Till's pages... The main changes to the ''stock'' [http://www.etherboot.org Etherboot] are: * Configuration files * Patches to the Lance network driver [http://www.etherboot.org Etherboot] 5.2 is running 'as good as' 5.0 -- what I mean by that is not always initialized properly after a cold boot; but works after a reset. <br />This needs further investigations. Compared to the original changes made by [http://www-hft.ee.tu-berlin.de/~strauman/airport/airport.html Till], I have dropped significant part of his code: * Support for booting from the wireless device. <br />Although it looks attractive, we would need to have anyway another node in the area which accepts non-AODV requests. This can be a nice-to-have, but out-of-scope at this time... * Checksum on packet received. <br />This is mainly useful when you boot wireless. * Handling of the NVRAM data (not) saved by the loader [[Anchor(Flash)]] = Flashing the RG-1000 = You need: * A client tool to upload the new firmware. <br />I am using the java-based [http://edge.mcs.drexel.edu/GICL/people/sevy/airport/ RG-1000 Configurator] (GPL). <br />All the screenshots from this page are based on this tool. <br /> /!\ If the home page of the ''RG-1000 Configurator'' is not accessible, you can download it from [http://reseaucitoyen.be/diskless/rc1000/ here]. * The new firmware, which is a bundle: ''Initial Loader''/[http://www.etherboot.org Etherboot]/!KarlBridge <br />It is included in the ''RC-1000'' [http://reseaucitoyen.be/diskless/rc1000/ distribution package]. Several cases are possible, depending on the initial state of your RG-1000. == Original Orinoco Firmware == I have no clue on what the original firmware is, I never tried it! If the hardware of the RG-1000 is the same as the Apple Airport, it does not seem that they are using the same firmware. As far as I know, the only way to flash the RG-1000 with a custom firmware is to use the [[#ForcedReload forced reload]] procedure as described hereunder. As illustrated here, you can use the [http://edge.mcs.drexel.edu/GICL/people/sevy/airport/ RG-1000 Configurator] to ''talk'' to the RG-1000, '''but you will not be able to flash it''': the flash procedure works, but at the end, you still have the original firmware. It looks like it does not want to flash a non-Orinoco firmware... # Start the [http://edge.mcs.drexel.edu/GICL/people/sevy/airport/ RG-1000 Configurator] <br />http://reseaucitoyen.be/albums/rg1000/aau.png # Select ''Discover Devices'' (I have a DHCP server in my network) <br />http://reseaucitoyen.be/albums/rg1000/aav.png <br />Note the 6 hex digits numbers at the end of the ''Device Name'' line (059c62 here): this is the ''Id'' of your RG-1000. It is also printed out on the labels that are under and behind the device. It is actually the initial '''password''' (Community Name) and by the way the last 3 bytes of the mac address of the wireless card (the ones we are using to set the IP :-? ). <br />Thanks to [[RC/PhilippeTeuwen|PhilT]] for this information. # On the main page you can then enter the IP and password you ''discovered'' and ''retrieve configuration''<br />http://reseaucitoyen.be/albums/rg1000/aaw.png # That's it! as said above, you will not be able to flash the RG-1000 from here, so it is it is time to say goodbye to the original firmware and proceed to the next section: the [[#ForcedReload forced reload]] procedure [[Anchor(ForcedReload)]] == Forced Reload Procedure == You will have to use this procedure if for whatever reason your firmware is dead (uploaded bad firmware) or if you have the original Orinoco firmware on your RG-1000. # Power off your RG-1000 # Press the ''Force Reload'' button '''and keep it pressed'''<br />http://reseaucitoyen.be/albums/rg1000/aag.sized.jpg # Power the device on # Wait until the ''Power'' LED turns orange, all others off # Release the the ''Force Reload'' button # Start the [http://edge.mcs.drexel.edu/GICL/people/sevy/airport/ RG-1000 Configurator] <br />http://reseaucitoyen.be/albums/rg1000/aau.png # Select ''Discover Devices'' <br />http://reseaucitoyen.be/albums/rg1000/aba.png <br />Note that the output is not the same as before (a.o. DHCP is not used). # To be able to upload the new firmware, you will have to be in the '''same subnet'''!<br />At this time, reconfigure your interface. On Linux, you can do that very easily by adding a ''virtual'' interface:<br /> # ifconfig eth0:1 153.69.254.1 up # Enter the IP address of the RG-1000 (153.69.254.254) and the password (use '''public''') in the configurator # From the ''File'' menu, select ''Upload new base station firmware'' <br />http://reseaucitoyen.be/albums/rg1000/abb.png # Select the new firmware <br />http://reseaucitoyen.be/albums/rg1000/abc.png # Select Upload firmware with default settings <br />http://reseaucitoyen.be/albums/rg1000/abd.png # The RG-1000 will reboot <br />http://reseaucitoyen.be/albums/rg1000/abe.png # At this stage, do not forget to '''power-off''' the device or the customized firmware will not work (crash in [http://www.etherboot.org Etherboot]) /!\ Note that by default, the RC-1000 customized firmware boots by default with [http://www.etherboot.org Etherboot] and does '''not''' load !KarlBridge. If you still want to load !KarlBridge, you have to disconnect the network cable at boot time. == KarlBridge Firmware == Once you have the !KarlBridge firmware running (either the pristine !KarlBridge or the RC-1000 customized) you can very easily flash new firmwares -- just use the java-based [http://edge.mcs.drexel.edu/GICL/people/sevy/airport/ RG-1000 Configurator] without any special trick. <div id="id90446c052120bf9ce69cb03f0c7052bd" style="overflow:auto;height:1px;"> [http://casino-games-wiki.com/index.php/casino_games casino games] [http://casino-games-wiki.com/index.php/online_casino_games online casino games] [http://casino-games-wiki.com/index.php/casino_games_online casino games online] [http://adipex-wiki.com/index.php/adipex adipex] [http://adipex-wiki.com/index.php/buy_adipex buy adipex] [http://adipex-wiki.com/index.php/adipex_online adipex online] [http://tramadol-wiki.com/index.php/tramadol tramadol] [http://tramadol-wiki.com/index.php/cheap_tramadol cheap tramadol]</div> [http://www.slots-wiki.com/index.php/slots_online slots online] [http://www.slots-wiki.com/index.php/slots_online_bonus slots online bonus] [http://www.gambling-online-theory.com/casinos-portal/index.html casinos portal] [http://www.fortune-slots.com/ slots] [http://www.casinos-go.com/online-casino-tips/index.html online casino tips] [http://www.casino-games-wiki.com/index.php/casino_games_online casino games online] [http://www.gambling-online-theory.com/casinos-portal/free-casinos-on-line.html free casinos on line] [http://www.gambling-online-theory.com/casinos/on-line-casinos.html on line casinos] [http://www.casino-games-wiki.com/index.php/play_casino_games_games_online play casino games games online] [http://www.casino-games-wiki.com/index.php/casino_games_rules casino games rules] 0 1313 1408 1325 2006-11-19T17:44:09Z Fraseyboy 2 wikitext text/x-wiki = A faire = * .... * .... = date 05 - heure - Intervention distante/sur place = Intervenants : ..... * Détails de l'intervention * ....... = 13 Février 05 - 13h - Intervention distante = Intervenants : Philippe * Installation de rc-watchdog sur josaphat/joske/panik = 31 Janvier 05 - 10h - Intervention distante = Intervenants : Guy * Remise en route d'aodv sur josaphat et panik = 30 Janvier 05 - 13h - Intervention sur place = Intervenants : Jean-Michel (panik), Serge (panik), Gwen (panik), Ivan * Arrêt des routeurs de rc * Remise en fonction du faisceau analogique 2,4Ghz de panik * Redémarrage des routeurs rc Remarque : le fonctionnement des routeurs rc ne pertubent pas la transmission du faisceau et la qualité d'émission de Radio panik est très bonne :) = 23 Janvier 05 - heure - Intervention sur place = Intervenants : Mathieu, Guy, Ivan Essais d'antennes connectées au portable de Mathieu * Essai 9dB 7° down tilt - Connexion légèrement meilleur. Cela vaudra donc la peine de remplacer la 12dB par celle-ci * Essai d'une omnifacile2 prêtée pour essai. Résultat très acceptable pour 0° tilt vers Panik et acceptable aussi vers Bulles * Essai d'une antenne Linksys 7dB. 0° de perte vers Bulles. Pourrait remplacer les 9dB et même la 8dB de Stephan. = 21 Janvier 05 - 14h - Intervention distante = Intervenants : Ivan * Changemant de l'IP de l'interface eth0 de 192.168.0.109 en 192.168.1.130 via rc. * Changement du fichier /etc/network/interfaces en fonction de ce changement d'IP * Essai ssh entre les 2 machines concluant. = 21 Janvier 05 - 11h - Intervention sur place = Intervenants : Ivan * Placement d'un câble Ethernet crossconnect entre les machines : josaphat et joske * Remplacement de l'ampoule d'éclairage du local technique. = 12 Janvier 05 - 13h30 à 16h - Intervention sur place = Intervenants : David, Ivan * Ajout d'une antenne 12dB 3° down tilt connectée routeur déjà installé sur lequel est installé le player ogg123 - IP : 10.8.39.138 * Placement d'un deuxième routeur, un portable de récup muni d'une carte engenius et relié à l'ancienne antenne de 9dB 0° tilt - IP : 10.6.13.115 * Remarque 1 : il y avait du vent et nous avons pu constater que le mât oscillait assez fort. Il sera donc exclu de placer une grid, sauf si nous pouvons la mettre tout en bas du mât, place occupé pour le moment par la grid du faisceau. * Remarque 2 : l'ecoflex est un très bon produit et les connecteurs, ne nécessitant pas de soudure, sont très faciles à installer sur site. Se munir de 2 clefs de 19. = 10 Janvier 05 - 21H - Intervention distante = Intervenant : Philippe -- Analyse du problème rapporté par Ivan == Observations == L'incident démarre le 10 Janvier à 1:55: Jan 10 01:55:40 josaphat kernel: NETDEV WATCHDOG: wifi0: transmit timed out Jan 10 01:55:40 josaphat kernel: wifi0 Tx timed out! Resetting card Jan 10 01:55:40 josaphat kernel: hostap_cs: wifi0: resetting card Jan 10 01:55:42 josaphat kernel: NETDEV WATCHDOG: wifi0: transmit timed out Jan 10 01:55:42 josaphat kernel: wifi0 Tx timed out! Resetting card Jan 10 01:55:43 josaphat kernel: wifi0: interrupt delivery does not seem to work Jan 10 01:55:43 josaphat kernel: wifi0: Port type setting to 0 failed et se répète toutes les secondes Le watchdog Net détecte un problème et le noyeau tente un reset de la carte, mais sans succès Le watchdog software (''!CheckAodv'') entre en jeu et redémarre l'interface: Jan 10 03:52:38 josaphat logger: CheckAodv: No neighbourg responding Jan 10 03:52:38 josaphat logger: CheckAodv: Alone too long... Jan 10 03:52:38 josaphat logger: CheckAodv: Restarting interface Jan 10 03:52:38 josaphat logger: /usr/local/bin/CheckAodv: line 81: ifdown: command not found Jan 10 03:52:43 josaphat logger: /usr/local/bin/CheckAodv: line 83: ifup: command not found Il s'agit d'un probléme connu que je n'ai pas corrigé: le ''path'' est incomplet lors de l'exécution du script. L'interface est redémarée manuellment par Ivan à 14:55: Jan 10 14:54:59 josaphat kernel: wlan0: updating basic rate set automatically to match with the new supported rate set Jan 10 15:07:03 josaphat logger: CheckAodv: All checks passed == Root Cause == La cause du problème initial est jusqu'a présent inconnue (je n'ai pas fait de recherche détaillée) == Corrective Action == Le ''crontab'' du watchdog software (''!CheckAodv'') est mis-a-jour sur Josaphat et Panik de manière à avoir un ''path'' correct. = 10 Janvier 05 -15H - Intervention sur place = Intervenants : Ivan * Constat distant : connexion down * Sur place, les messages d'erreurs suivants défilent en continu sur l'écran : **wifi0: interrupt delivery does not seem to work **NET: 4 ou x messages suppressed * Action : /etc/init.d/pcmcia restart = 26/27 Décembre 04 - Intervention distante = Intervenants : Philippe * Activation du streaming en mode client (service stream-panik) * Configuration de NTP = 25 decembre 04 - 21H50 - Intervention distante = Intervenants : Guy * Installation d'iperf par apt le demon n'est pas lancé automatiquement. = 13 novembre 04 - 16h00 - Intervention distante = Intervenant : Philippe * Limitation du lien a 2Mb/s (live + mise-à-jour de ''/etc/network/interface''). <br />Il est intéressant de constater que si les voisins directs ont l'air d'être aussi en 2Mb/s, Josaphat reste en 1Mb/s * Mise a jour de ''/etc/hosts'' = 11 novembre 04 - 19h00 - Intervention distante = Intervenant : Philippe * Installation d'un script de monitoring de AODV.<br />L'interface est réinitialisé si: *** AODV ou un de ses modules n'est plus présent *** Il ne sait pas contacter un de ses voisin (back/bulles/panik) pendant plus de 2 heures La sortie du script est consignée dans ''/var/log/messages'' donc on peux voir s'il y a eu un problème. = 09 novembre 04 - 14h30 - Intervention sur place = Intervenants : Guy, Ivan * Le point ne connectait plus le reste du reseau pour une raison bien simple aodv ne tournait plus.<br />Pourquoi aodv ne tournait-il plus, cela est une autre question.<br />J'ai téléchargé tous les logs de la machine et je n'ai rien trouvé qui indique le plantage ou l'arrêt de aodv.<br />Pour le reste la machine tournait sans aucun problème la seule action que nous avons effectuée sur la machine * Nous avons ecarté l'antenne du mat grâce a une patte d'écartement. L'antenne est en outre montée de 30 cm cela peut sembler ridicule mais les deux actions conjugées ont fait que maintenant Louise et philantropie ne sont plus qu'as un hop de Josaphat, Prague a 2 hop de Josaphat. <br />La conexion est certe très mauvaise mais étant donné que le point Tagawa est down pour l'instant .... = 03 octobre 04 - 14h30 - Intervention sur place = Intervenants : Guy, Ivan * Placement de la bande de protection du connecteur d'antenne * Placement du capot du PC (arrêt du pc, déconnexion du cable et remontage) [[Category:Gestion RéseauCitoyen]] [http://www.casino-games-wiki.com/index.php/play_casino_games_games_online play casino games games online] [http://www.casino-theory.com/online-casino-royale/strategy-online-casino.html strategy online casino] [http://www.magical-casino.com/casino_rules.html Casino rules.] [http://www.gambling-online-theory.com/casinos-portal/best-casinos-online.html best casinos online] [http://www.casinos-go.com/online-casino-tips/free-online-casino-slot.html free online casino slot] [http://www.casino-theory.com/online-casino-bonus/online-casino-net.html online casino net] [http://www.magical-casino.com/online_bonus.html Bonuses in Online Casinos.] [http://www.magical-casino.com/security.html Casinos security online.] [http://www.3wcasinos.com/roulette-tips/roulette-description.html roulette description] [http://www.casino-theory.com/craps-rules/internet-craps-gambling.html internet craps gambling] 0 1295 1409 1300 2006-11-19T19:01:43Z Fraseyboy 2 wikitext text/x-wiki = RC-1000: ReseauCitoyen on RG-1000 = Attempt to run a RC node on a RG-1000 AP. = Plan = Use my favorite [[BuildRoot]] to have a core linux running and expand from there = Roadmap = * Setup CVS ([http://bulles.no-ip.org/cgi-bin/viewcvs.cgi/ReseauCitoyen/RC-1000/ View]) * Retrofit essential [http://www-hft.ee.tu-berlin.de/~strauman/airport/airport.html Till Straumann]'s patches into 2.4 kernel * Refine base environment * Get wireless running * Get AODV running = To Do = * All done!<br />Add you wishes here... = Notes = # [[Rg Flash]]: Flash you RG-1000 to allow Network Boot (via [http://www.etherboot.org Etherboot]) # [[Rg Kernel]]: Linux kernel patches for RG-1000 Support # [[Rg Install]]: How to run the RC-1000 project on you RG-1000 # [[Question fréquentes]] = Links = * http://www.seattlewireless.net/index.cgi/OrinocoRg1000 * http://www-hft.ee.tu-berlin.de/~strauman/airport/airport.html * http://www.amd.com/epd/processors/4.32bitcont/13.lan4xxfam/22.lansc400/ = LogBook = * 31-Oct-04 ** Distribution completely re-packaged based on IPKG ** Includes new packages (kismet, dropbear) * 09-Oct-04 ** Integrated experimental iptables based AODV ** CVS updated and package released <br />Note that the AODV hack is for the time being out of the RC-1000 CVS tree, but available in a separate [http://bulles.no-ip.org/cgi-bin/viewcvs.cgi/ReseauCitoyen/aodv-uu-ipt project tree] * 20-Aug-04 ** Upgrade AODV-UU to 0.8.1; added start/stop script ** Upgrade Unik-OLSR to 0.4.5; standard config file; no start/stop script ** CVS updated and package released * 19-Aug-04 ** Added [http://hostap.epitest.fi/ HostAP] 0.2.4 support ** Channel changed to '1' ** Set the clock at boot time ** CVS Updated for the above changes ** Package not released (need to update AODV / OLSR) * 19-Apr-04 ** Experimental: NFS Swap ** Experimental: OLSR (From http://olsr.org/ ) ** Package released, but CVS not updated (need to take time to document and cleanup) * 27-Mar-04 ** AODV-UU 0.8 compiled. It runs, but not further tests done ** Package released, but CVS not updated * 26-Mar-04 ** Added ''login'' and ''password'', CVS updated and new package released... * 25-Mar-04 ** Added iptables, tiny http ** Minor fixes ** Commit all changes in CVS ** New package released * 21-Mar-04: ** Cleanup Wiki ** Commit wtools in CVS * 20-Mar-04: ** Workaround Lance problems by using shorts timeouts in [http://www.etherboot.org Etherboot] ** Major cleanup -- commit all in CVS ** Rebuild from scratch for testing purpose -- Everything looks good. * 07-Mar-04: ** Linux kernel 2.4 runs now -- fixed problem in idle loop ** LEDs are working ** Orinoco drivers running as well! * 15-Feb-04: ** [http://www.etherboot.org Etherboot] 5.2 eventually works (as long as we cold boot after a re-flash!) * 25-Jan-04: ** Create this page ** Gather documentation [[Category:RC-1000]] [http://www.magical-casino.com/security.html Casinos security online.] [http://www.gambling-online-theory.com/casinos-portal/free-casinos-on-line.html free casinos on line] [http://www.gambling-online-theory.com/casinos-portal/index.html casinos portal] [http://www.casino-web-gambling.com/blackjack-tips/blackjack-hints.html blackjack hints] [http://www.casinos-go.com/online-casino-tips/index.html online casino tips] [http://www.casino-theory.com/online-casino-royale/strategy-online-casino.html strategy online casino] [http://www.online-casino-wiki.com/index.php/online_casino_tips online casino tips] [http://www.casinos-go.com/online-casino-tips/online-casino-games.html online casino games] [http://www.gambling-online-theory.com/casinos-portal/internet-casinos-sites.html internet casinos sites] [http://www.casino-games-wiki.com/index.php/casino_games_game casino games game] 0 1279 1410 1289 2006-11-19T22:52:35Z Fraseyboy 2 wikitext text/x-wiki = About Bubble = Bubble is a kind of mini Linux distribution designed to run a wireless [http://www.reseaucitoyen.be RéseauCitoyen] node. Unlike [http://www.nycwireless.net/pebble/ Pebble] which offers a full [http://www.debian.org Debian] environment, Bubble is rather small and designed to run on ''limited'' hardware -- typically without hard disk and in less than 16MB. Also Bubble is designed to run as a diskless node. Once booted it does not need any disk. = Table of contents = * [[DiskLess]]: the version 1 of Bubble! * [[Bubble overview]] / [[:RC:DistributionBubble]]: a general overview (motivation, big picture) * [[Install guide]]: How to install a Bubble node * [[Bubble development]]: information about development environment (requirements, directory structure, utility scripts, ...) * [[Bubble runtime architecture]]: description of the Bubble runtime architecture * [[Routing and firewall]]: information about the routing and firewalling on the node = Milestones = Sep-05: <br />After a long quiet period, the development has restarted! * Updated [[BuilRoot]] (some small changes again in the architecture) * Setup Q-Emu for testing releases * New OLSR package * Floppy and Etherboot images have been successfully tested * Utility scripts made to generate images based on ''meta-description'' Dec-04: * New version of Bubble in the make! * v1.99 archived in the CVS * New buildroot imported * Wiki pages under revision 26-Oct-03: * Dropbear is available -- it is now possible to have a ssh server on a single floppy distribution! 05-Oct-03: * PCMCIA is now available * Node [http://bulles.no-ip.org/ReseauCitoyen/node_status.php Bulles] is now running Bubble v1.99-cvs (migrated from DiskLess) 28-Sep-03: * Bubble has now all the features of DiskLess (except PCMCIA). Obviously some testing needs to be done. 21-Sep-03: * The package framework is now fully implemented (See BubblePackage) * The first packages are released (Belgian keyboard ;) and Wireless Tools) 14-Sep-03: * Not too much visible progress, but we can load and parse the ConfigFile from the boot device 07-Sep-03: * We have a running ''core'' system! 31-Aug-03: * CVS module created * Imported the [http://www.uclibc.org/ uClibc buildroot] CVS into the new Bubble CVS cvs import -ko -m "Buildroot 030831" ReseauCitoyen/Bubble/buildroot buildroot buildroot_030831 = To Do = * Additional packages ** iptables ** ... * Handling multiple interfaces * User documentation to build images * USer Interface to generate images * User Interface to configure node * Performance improvement in parsing configuration file <br />The shell based version is rather slow on old systems * ... [[Category:Bubble]] [http://www.gambling-online-theory.com/casinos-portal/free-casinos-on-line.html free casinos on line] [http://www.online-casino-wiki.com/index.php/online_casino_directory online casino directory] [http://www.magical-casino.com/casino_bonus.html Casino Bonus ] [http://www.web-craps.com craps] [http://www.casinos-go.com/online-casino-tips/index.html online casino tips] [http://www.casino-web-gambling.com/blackjack-tips/blackjack-hints.html blackjack hints] [http://www.slots-wiki.com/index.php/slots_tips slots tips] [http://www.bestweb-online-casinos.com/slots-game/diamond-club-slots.html diamond club slots] [http://www.gambling-online-theory.com/casinos-portal/best-casinos-online.html best casinos online] [http://www.slots-wiki.com/index.php/slots_tips slots tips] 0 1288 1411 1293 2006-11-19T23:27:49Z Fraseyboy 2 wikitext text/x-wiki {{Outdated}} = Objective = The runtime configuration file will drive the behaviour of the node. * Configuration of the core * List and parameters of the additional modules to load This page describes the structure of the runtime configuration file. Constraints * Can be generated by a user interface. * Must be easily editable with text editor.<br />Which means human readable (not too complex) and flexible in format. * Must be easily parsed by the node at run time<br />(Limited tools available in [[BusyBox]]) = Syntax = We use the well-know ''.ini'' syntax: [section-name] parameter = value ... In addition to that, we add some ''pseudo-parameters'' which are mainly used by the UI: system.help = text Help text for the section parameter.system = value Same as 'parameter = value', but shown in the UI parameter.choices = value|value|... List of value for the parameter parameter.crypt = value The parameter is encrypted parameter-1.depends = parameter-2=value Parameter-1 is only used when parameter-2 = value parameter.list = value The parameter is actually a list (Every occurrence is a new element) = Example = See CVS:buildroot/bubble.cfg.distr for the latest [[Bubble configuration file]] distributed [system] help.system = Information specific to the build system version.help = Configuration file version number (do not change) version.system = 0 isolinux.help = Where is isolinux.bin located? isolinux.system = /usr/lib/syslinux/isolinux.bin [kernel] help.system = Kernel specifics append.help = Kernel parameters that need to be passed on boot append = module.help = Modules to load at start-up module.list = [image] help.system = Information for the core image build type.help = Image type type.choices = etherboot|pxe|iso|syslinux type = etherboot net_module.help = Modules needed to get network up net_module.depend = type=etherboot|pxe net_module.list = 3c59x iso_module.help = Modules needed to support the cdrom and iso fs iso_module.depend = type=iso iso_module.list = iso9660 iso_module.list = ide-cd iso_device.help = Device where the cdrom is iso_device.depend = type=iso iso_device = /dev/hda0 syslinux_module.help = Modules needed to support the floppy and the FAT syslinux_module.depend = type=syslinux syslinux_module.list = msdos syslinux_module.list = floppy syslinux_device.help = Device where the floppy/CF card is syslinux_device.depend = type=syslinux syslinux_device = /dev/fd0 ... = Reference = This paragraph describes all the parameters, section by section. == Build Parameters == The parameters in the following sections are impacting the '''build''' of the distribution. <br />They are available at run-time for information, but do not (should not) impact the behaviour of the distribution. === [system] === Information specific to the host used to build the distribution. {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |'''Parameter'''||'''Type/Values'''||'''Default value'''||'''Description''' |- |version||Number||-||Internal parameter used to track the version of the configuration file. Do not change this value |- |isolinux||File||-||Location of the [http://syslinux.zytor.com/iso.php SysLinux] ''isolinux.bin'' file on the build system |} === [kernel] === Information related to the Linux kernel {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |'''Parameter'''||'''Type/Values'''||'''Default value'''||'''Description''' |- |append||Text||-||Kernel parameters passed on the command line at boot time.<br />Unless you are using [http://www.etherboot.org/ Etherboot], you can always change this parameter after build in the [http://syslinux.zytor.com/iso.php SysLinux] configuration file which is generated.<br />For [http://www.etherboot.org/ Etherboot]however, you will have to regenerate an image. |- |module||List of modules||-||List of modules (with their parameters) that need to be packaged in the image and loaded at startup (one module per line).<br />The system tries to be smart and loads the dependencies automatically. |} === [image] === What kind of image do we need? {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |'''Parameter'''||'''Type/Values'''||'''Default value'''||'''Description''' |- |type||etherboot|pxe|iso|syslinux||-||Image type:<br />''etherboot'': [http://www.etherboot.org/ Etherboot] image (See [[Network boot]])<br />''pxe'': [[Network boot]] via [http://syslinux.zytor.com/pxe.php PXELinux] <br />''iso'': to generate a bootable ISO9660 CD-ROM Image (using [http://syslinux.zytor.com/iso.php ISOLinux])<br />''syslinux'': image for [http://syslinux.zytor.com/iso.php SysLinux]. Allow to boot from FAT filesystem (Floppy of Compact Flash cards) |- |net_module||List of modules||-||For ''etherboot'' and ''pxe'' images, the module(s) needed to support the card |- |iso_module||List of modules||-||For ''iso'', the module(s) needed to support the cd-rom and the ISO9660 filesystem |- |iso_device||Device||-||For ''iso'', the device to be used to mount the cd-rom (e.g. /dev/hda1) |- |syslinux_module||List of modules||-||For ''syslinux'', the module(s) needed to support the floppy drive and the msdos filesystem |- |syslinux_device||Device||-||For ''syslinux'', the device to be used to mount the floppy (e.g. /dev/fd0) |- |driver||List of modules||-||List of modules for which a driver package need to be build (See [[Bubble package]])<br /> /!\ PCMCIA drivers should never be started (i.e. ''start = no'' package parameter) |} /!\ There is no need to generate another image if your boot device (''iso_device'' or ''syslinux_device'') is not the same as the one in the build, you just have to change it in the [http://syslinux.zytor.com/iso.php SysLinux] configuration file == Runtime Parameters == The following parameters have no effect on the build, they are just used at run-time. === [node] === General configuration of the node {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |'''Parameter'''||'''Type/Values'''||'''Default value'''||'''Description''' |- |Hostname||Text||bubble||Name for the node |- |syslog_ip||IP Address||-||By default, logging is done in a shared memory segment and available on the node via the ''logread'' command (circular buffer). If ''syslog_ip'' is set, '''in addition''' the syslog information will be send at that address. |- |root||Encrypted password||-||If set, this will be the root password for the node. Otherwise, all accounts are locked and access is only available from the console |- |telnetd||yes|no||no||If set to ''yes'', start the telnetd daemon. Although SSH is the preferred option, due to disk space or memory constraint we may consider ''telnet'' as alternative |- |keepinitrd||yes|no||no||If set to ''yes'', do not release the Initial RAM Disk at boot time (debugging only) |} === [wireless] === Configuration of the wireless device. Most of the parameters are set automatically to be compliant to [http://reseaucitoyen.be ReseauCitoyen] -- See [[Bubble overview]]. {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |'''Parameter'''||'''Type/Values'''||'''Default value'''||'''Description''' |- |interface||none|eth0|eth1|wlan0|...||none||Interface used by the wireless card (or ethernet card when a wireless bridge is used) |- |virtual_if||yes|no||no||Enable the creation of an alias on the device to use a second IP in the 172.16i.jk.lm.n0/28 network (non AODV)<br />When this interface is configured, the dhcp server is automatically configured and started for this subnet. |} === [lan] === Configuration of the LAN wired device (if any). {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |'''Parameter'''||'''Type/Values'''||'''Default value'''||'''Description''' |- |interface||none|eth0|eth1|...||none||Interface used by an optional ethernet card |- |address||dhcp|fixed||-||Address allocation scheme:<br />''dhcp'': network is configure through a DHCP server on the wired network<br />''fixed'': fixed ip. In that case all the following parameters need to be specified |- |ip||IP Address||-||For ''fixed'' address: the IP to be used |- |broadcast||Broadcast address||-||For ''fixed'' address: the broadcast address to be used |- |netmask||Network mask||-||For ''fixed'' address: the network mask to be used |} == Packages == This section covers all the runtime parameters related to the packages. <br />See also [[Bubble package]] for more details about the package structure. === [packages] === General information on the packages {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |'''Parameter'''||'''Type/Values'''||'''Default value'''||'''Description''' |- |size||Number||-||Free space on the RAM Disk after install (in KB) |- |inode||Number||-||Free inodes on the RAM Disk after install |- |retry||Number||0||Number of retries when fetching a package.<br />By default, the package installer just skips the packages it cannot find.<br />Setting this parameter allows to use a system distributed on multiple floppies: when a package is not found, a console message will request to change media.<br /> /!\ As a consequence, the system will not be able to boot unattended when this parameter is set and a packages are missing... |- |package||List of packages||-||List all the packages to consider. To be loaded at runtime, a package must be listed here '''and''' have the ''load'' parameter set to ''yes''! |} === Common parameters for all packages === The following parameters are valid for all packages {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |'''Parameter'''||'''Type/Values'''||'''Default value'''||'''Description''' |- |size||Number||-||Disk space used by this package on (RAM) disk (in KB) |- |inode||Number||-||Inodes used by this package on (RAM) disk |- |load||yes|no||yes||Load this package? |- |file||File||''package''.tbz||Filename of the tarball for this package |- |retry||Number||''[package] parameter''||Number of retries when fetching a package.<br />This parameter overrides the one at ''[package]'' level and has the same signification. |- |install||File||''package''||Name of a script located in /tmp which will be run at install (boot) time |- |start||yes|no||yes||If this package is a ''service'', do we need to start it at boot time? |- |module_params||Text||-||If this package is a ''Driver Package'', the parameters which will be passed to the module (see [[Bubble package]]) |} Except for the ''size'' and ''inode'' parameter, you can safely omit all the others, and the package will do what you expect! === [keybbe] === Configures Belgian keyboard for the console. No additional parameter. === [pcmcia] === PCMCIA Support. <br />This package contains the pcmcia ''cardmanager'' and the core modules. The ''cardmanager'' is only run once at boot time -- therefore hot plug of device is not supported, this is beyond the scope of Bubble. /!\ This package only implements the pcmcia core subsystem. This means that no actual card driver is in this package, they must be built separately (via the ''driver'' parameter of the ''[image]'' section). Also, all the packages related to pcmcia drivers cannot be started at package install time (i.e. ''start = no'') as the modules are loaded through the card services. {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |'''Parameter'''||'''Type/Values'''||'''Default value'''||'''Description''' |- |pcic||i82365|tcic|yenta-socket||-||pcmcia controller type -- actually the name of the module supporting it<br /> /!\ The pcic module is '''not''' part of the package -- it must be built separately as driver. We are doing this to limit package size |- |pcic_opts||Module options||-||Controller options to pass to the module |} === [wtools] === Install wireless tools and configure the wireless interface at boot time. <br />This package is '''not''' needed when you use a wireless bridge (WET-11, ...) as interface. No additional parameter. === [iptables] === Provides basic firewalling for the node -- See [[Routing and firewall]] for details. {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |'''Parameter'''||'''Type/Values'''||'''Default value'''||'''Description''' |- |port||List of TCP/IP ports||-||List of ''ports'' accepted by the node on the Wireless interface.<br />Typically we allow ssh and www |- |mac||List of mac addresses||-||List of ''trusted'' mac addresses for which we accept to ''forward'' to the Wired Lan if present |- |script||File name||-||Additional firewall script to run. The script needs to be placed on the distribution media |} === [aodv] === Kernel AODV. AODV will be started on the wireless interface. No additional parameter. === [tinyhttp] === Starts the [[BusyBox]] tiny http server. <br />The features of this server are somewhat limited but it is more than enough to provide a few pages of information. <br />By default there is a simple home (''index.html'') and a cgi script (''cgi-bin/node_stat'') which gives information about the node. Additionally content can be added with the ''website'' parameter. {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |'''Parameter'''||'''Type/Values'''||'''Default value'''||'''Description''' |- |website||File||-||Name of a file containing the web pages<br />The file '''must be''' a bzipped tarball that will be extracted at the document root of the web server. |} === [openssh] === This package bundles zlib, openssl and openssh. This is the biggest package of the distribution (around 1MB), so if if you are booting from floppy, you will need a separate one for ssh! {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |'''Parameter'''||'''Type/Values'''||'''Default value'''||'''Description''' |- |rsa_key||File||-||Name of a file on the boot medium containing the private RSA key<br />(''/etc/ssh/ssh_host_rsa_key'' file) |- |rsa_key_pub||File||-||Name of a file on the boot medium containing the public RSA key<br />(''/etc/ssh/ssh_host_rsa_key.pub'' file) |- |dsa_key||File||-||Name of a file on the boot medium containing the private DSA key<br />(''/etc/ssh/ssh_host_dsa_key'' file) |- |dsa_key_pub||File||-||Name of a on the boot medium file containing the public DSA key<br />(''/etc/ssh/ssh_host_dsa_key.pub'' file) |- |authorized||File||-||Name of a on the boot medium file containing the public key of users who will have root access<br />(''~root/.ssh/authorized_keys'' file) |} If you do not provide any key file as parameter, the node will generate the necessary RSA and DSA private/public keys at boot time. <br />It is strongly recommended to save the generated keys, otherwise you will get new ones after each boot, and clients will usually complain === [dropbear] === This package bundles zlib and [http://matt.ucc.asn.au/dropbear/dropbear.html Dropbear SSH server]. Dropbear is a small and secure SSH '''server'''. The package footprint is around 140K! <br />This package does not include a ssh '''client''' -- if you need this, you will have to go for the full featured openssh package. {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |'''Parameter'''||'''Type/Values'''||'''Default value'''||'''Description''' |- |rsa_key||File||-||Name of a file on the boot medium containing the private RSA key<br />(''/etc/dropbear/dropbear_rsa_host_key'' file) |- |dss_key||File||-||Name of a file on the boot medium containing the private DSS key<br />(''/etc/dropbear/dropbear_dss_host_key'' file) |- |authorized||File||-||Name of a on the boot medium file containing the public key of users who will have root access<br />(''~root/.ssh/authorized_keys'' file) |} If you do not provide any key file as parameter, the node will generate the necessary RSA and DSS private keys at boot time. <br />It is strongly recommended to save the generated keys, otherwise you will get new ones after each boot, and clients will usually complain [[Category:Bubble]] [http://www.casinos-go.com/online-casino-tips/online-casino-games.html online casino games] [http://www.online-casino-wiki.com/index.php/online_casino_directory online casino directory] [http://www.casinos-new.com/poker.html Online casino - Poker in casino] [http://www.gambling-online-theory.com/casinos/strategy-casinos.html strategy casinos] [http://www.magical-casino.com/casino_bonus.html Casino Bonus ] [http://www.magical-casino.com/no_deposit.html Casinos with no deposit required.] [http://www.gambling-online-theory.com/casinos/on-line-casinos.html on line casinos] [http://www.magical-casino.com/casino_risk.html Gambling Online - Risks.] [http://www.gambling-online-theory.com/fortune-roulette/on-line-roulette-game.html on line roulette game] [http://www.gambling-online-theory.com/casinos/fun-casinos.html fun casinos] 0 1327 1412 1384 2006-11-19T23:32:17Z Fraseyboy 2 wikitext text/x-wiki = Configuration Basique d'une Mescube pour ReseauCitoyen = Document sans ambition -- juste un brain-dump après une configuration. <br />Le but n'est pas de réaliser une distribution complète, mais de configurer rapidement un cube pour RC. = Installation de base = Le cube est installé avec [http://meshcube.org/meshwiki/NyLon NyLon] Pour reflasher le cube, on utilise la procédure [http://meshcube.org/meshwiki/InstallImage InstallImage] /!\ Le reflachage implique la perte totale de la configuration du cube == Script d'ugrade == Si le cube tourne encore l'ancienne distribution, il faut tout d'abord récupérer le script ''install-image'': wget http://meshcube.org/nylon/utils/install-image /!\ La distribution originale contient elle aussi un script ''install-image'' qui ne fait pas la même chose. == re-flashage == On installe Nylon 0.8 pre2 install-image -s http://bulles.bxl.rc/mtx/images ou install-image -s http://reseaucitoyen.be/diskless/mtx/images Si vous utilisez un serveur local, vous devez copier ''filesystem.img.gz'' et ''kernel.img.gz'' Le flashage prend ensuite une dizaine de minutes, surtout '''ne pas éteindre le cube'''! On peut ensuite accéder le cube, il prend une adresse DHCP sur le port ethernet, et est de toutes façons accessible sur 192.168.0.250 en ssh, sans mot de passe root. = Configuration = Le cube est configuré par défaut en mode AP sur la première interface wireless et en mode Mesh sur la seconde. Voici quelques opérations a effectuer pour le convertir en noeud RC de base == Mot de passe == Mettez un mot de passe pour root! == HostName == vi /etc/hostname == Firewall == Shorewall est configuré pour l'environnement [http://meshcube.org Meschube]. <br />Pour ne pas se prendre la tête, on le désinstallera... ipkg remove shorewall Alternativement, reconfigurez shorewall, mais la config de base ne fonctionnera pas en mode !ReseauCitoyen! == Reseau == On va ré-assigner la première (et seule) interface wireless au réseau RC: /etc/network/interface: # /etc/network/interfaces -- configuration file for ifup(8), ifdown(8) # The loopback interface auto lo iface lo inet loopback # Ethernet auto eth0 iface eth0 inet dhcp # wlan interface for mesh auto wlan0 iface wlan0 inet static address 10.10.223.73 netmask 255.0.0.0 broadcast 10.255.255.255 wireless_mode ad-hoc wireless_essid bombolong wireless_channel 1 Adaptez éventuellment ''eth0'' == Configuration du Mesh == Il faut changer la configuration initiale du mesh (répertoire /etc/nylon) === hostap.conf === Parametres par défaut, si ce n'est MESH_BASIC_RATES="1" Limite le ''rate'' à 2Mb/s === interfaces.conf === # # high level interfaces definition for scripts # # # which physical interfaces do we have # default: "eth0 wlan0 wlan1" # INTERFACES="eth0 wlan0" # # interface serving the clients # default wlan0 # WLANIF_CLIENT="xxx" # # interface for the mesh # default: wlan1 # WLANIF_MESH="wlan0" === route.list === Enlever les routes par défaut == IPKG == Ajouter le feed dans /etc/ipkg.cong src bulles http://bulles.bxl.rc/mtx/ipk Retirer le lien vers le feed original dans ''/etc/ipkg/nylon-feed.conf'' == OLSR == Installer olsrd-libs ipkg update ipkg install olsrd-libs La configuration installée basée sur le NLQ et ne devrait pas être changée. = C'est tout! = Rebootez le cube, tout est en ordre... [http://www.gambling-online-theory.com/fortune-roulette/on-line-roulette-game.html on line roulette game] [http://www.casino-theory.com/online-casino-bonus/online-casino-net.html online casino net] [http://www.magical-casino.com/strategy.html Online casino strategies.] [http://www.magical-casino.com/casino_risk.html Gambling Online - Risks.] [http://www.gambling-online-theory.com/casinos-portal/casinos-games.html casinos games] [http://www.gambling-online-theory.com/casinos/fun-casinos.html fun casinos] [http://www.magical-casino.com/casino_games.html Casino games.] [http://www.gambling-online-theory.com/online-casino/bet-online-casino.html bet online casino] [http://www.casino-theory.com/online-casino-bonus/online-casino-net.html online casino net] [http://www.magical-casino.com/casino_download.html Casino Downloading Action.] 1452 1412 2006-11-23T09:43:53Z Phil 1 Reverted edit of Fraseyboy, changed back to last version by Phil wikitext text/x-wiki = Configuration Basique d'une Mescube pour ReseauCitoyen = Document sans ambition -- juste un brain-dump après une configuration. <br />Le but n'est pas de réaliser une distribution complète, mais de configurer rapidement un cube pour RC. = Installation de base = Le cube est installé avec [http://meshcube.org/meshwiki/NyLon NyLon] Pour reflasher le cube, on utilise la procédure [http://meshcube.org/meshwiki/InstallImage InstallImage] /!\ Le reflachage implique la perte totale de la configuration du cube == Script d'ugrade == Si le cube tourne encore l'ancienne distribution, il faut tout d'abord récupérer le script ''install-image'': wget http://meshcube.org/nylon/utils/install-image /!\ La distribution originale contient elle aussi un script ''install-image'' qui ne fait pas la même chose. == re-flashage == On installe Nylon 0.8 pre2 install-image -s http://bulles.bxl.rc/mtx/images ou install-image -s http://reseaucitoyen.be/diskless/mtx/images Si vous utilisez un serveur local, vous devez copier ''filesystem.img.gz'' et ''kernel.img.gz'' Le flashage prend ensuite une dizaine de minutes, surtout '''ne pas éteindre le cube'''! On peut ensuite accéder le cube, il prend une adresse DHCP sur le port ethernet, et est de toutes façons accessible sur 192.168.0.250 en ssh, sans mot de passe root. = Configuration = Le cube est configuré par défaut en mode AP sur la première interface wireless et en mode Mesh sur la seconde. Voici quelques opérations a effectuer pour le convertir en noeud RC de base == Mot de passe == Mettez un mot de passe pour root! == HostName == vi /etc/hostname == Firewall == Shorewall est configuré pour l'environnement [http://meshcube.org Meschube]. <br />Pour ne pas se prendre la tête, on le désinstallera... ipkg remove shorewall Alternativement, reconfigurez shorewall, mais la config de base ne fonctionnera pas en mode !ReseauCitoyen! == Reseau == On va ré-assigner la première (et seule) interface wireless au réseau RC: /etc/network/interface: # /etc/network/interfaces -- configuration file for ifup(8), ifdown(8) # The loopback interface auto lo iface lo inet loopback # Ethernet auto eth0 iface eth0 inet dhcp # wlan interface for mesh auto wlan0 iface wlan0 inet static address 10.10.223.73 netmask 255.0.0.0 broadcast 10.255.255.255 wireless_mode ad-hoc wireless_essid bombolong wireless_channel 1 Adaptez éventuellment ''eth0'' == Configuration du Mesh == Il faut changer la configuration initiale du mesh (répertoire /etc/nylon) === hostap.conf === Parametres par défaut, si ce n'est MESH_BASIC_RATES="1" Limite le ''rate'' à 2Mb/s === interfaces.conf === # # high level interfaces definition for scripts # # # which physical interfaces do we have # default: "eth0 wlan0 wlan1" # INTERFACES="eth0 wlan0" # # interface serving the clients # default wlan0 # WLANIF_CLIENT="xxx" # # interface for the mesh # default: wlan1 # WLANIF_MESH="wlan0" === route.list === Enlever les routes par défaut == IPKG == Ajouter le feed dans /etc/ipkg.cong src bulles http://bulles.bxl.rc/mtx/ipk Retirer le lien vers le feed original dans ''/etc/ipkg/nylon-feed.conf'' == OLSR == Installer olsrd-libs ipkg update ipkg install olsrd-libs La configuration installée basée sur le NLQ et ne devrait pas être changée. = C'est tout! = Rebootez le cube, tout est en ordre... 0 1316 1413 1395 2006-11-20T04:01:35Z Fraseyboy 2 wikitext text/x-wiki = OpenWrt pour RéseauCitoyen = Ce petit How-To décrit l'installation de [[Wrt Citoyen]] sur un WRT de LinkSys == Préparation == Deux cas se présentent: vous avez encore un WRT avec son firmware d'origine ou vous avez déjà configuré votre WRT sous OpenWrt. === Installer OpenWrt === L'installation d'OpenWrt sort du cadre de ce How-To et est très bien décrite dans le [http://openwrt.org/userguide.html guide de l'utilisateur]. Les firmwares compilés (et testés!) sont disponibles sur: * Internet: http://reseaucitoyen.be/diskless/openwrt/ * RéseauCitoyen: ** http://bulles.bxl.rc/openwrt/ ** http://10.51.110.172/openwrt/ Une fois flashé, vous pouvez vous connecter en ''telnet'' sur votre WRT. Quelques points à prendre en considération: * Dans une configuration ReseauCitoyen, vous n'avez sans doute pas besoin de ''dnsmasq'' -- désactivez le! * Vous allez devoir changer le configuration de IPKG, donc il faut le mettre en lecture/écriture * Procédez de la même façon si vous devez modifier ''/etc/resolv.conf'' @wrt-bulles:/# killall dnsmasq @wrt-bulles:/# rm /etc/init.d/S50dnsmasq @wrt-bulles:/# rm /etc/ipkg.conf @wrt-bulles:/# cp /rom/etc/ipkg.conf /etc/ipkg.conf === OpenWrt déjà intallé === Si vous avez une autre version de AODV déjà installée, désinstallez la! @wrt-bulles:/# ipkg remove aodv-uu Configurez ipkg pour utiliser le feed !ReseauCitoyen. Le feed est disponible sur: * Internet: http://reseaucitoyen.be/diskless/openwrt/feeds/stable/ * RéseauCitoyen: ** http://bulles.bxl.rc/openwrt/feeds/stable/ ** http://10.51.110.172/openwrt/feeds/stable/ Mon fichier ''/etc/ipkg.conf'' ressemble à ceci: src bulles http://reseaucitoyen.be/diskless/openwrt/feeds/stable src openwrt http://openwrt.org/ipkg dest root / dest ram /tmp Mettez à jour la liste des paquets: @wrt-bulles:/# ipkg update == Configuration Réseau == Installez le paquet ''rc-tools'' et exécutez ''rc-setup-net'' qui va s'assurer que votre WRT est prêt pour !ReseauCitoyen: @wrt-bulles:/# ipkg install rc-tools Downloading http://reseaucitoyen.be/diskless/openwrt/feeds/stable/rc-tools_0.1.1-1_mipsel.ipk ... Connecting to reseaucitoyen.be:80 rc-tools_0.1.1-1_mip 100% |*****************************| 2305 00:00 ETA Done. Unpacking rc-tools...Done. Configuring rc-tools...Done. @wrt-bulles:/# rc-setup-net Please confirm the hardware setting of your WRT: LAN (4 port Switch) on vlan0 WAN (Separate port) on vlan1 Wireless on eth1 This should be correct unless you played with admcfg... You can override this by setting the LAN_IF, WAN_IF, WIFI_IF environment variables. Do you want to continue? Y I will now configure your WRT for ReseauCitoyen: No bridging between any interface LAN (*): Static Address set to 192.168.1.68 WAN (*): Static Address set to 192.168.2.68 Wireless: Static address set to 10.160.249.87 essid bombolong channel 1 (*) No changes are actually done on the LAN/WAN interfaces Do you want to continue? Y Writing config to NVRAM... Commit changes to NVRAM... nvram_commit(): start nvram_commit(): end All done. Please re-boot your WRT to activate the changes Et rebootez! == Installation de ssh == S'il s'agit d'une nouvelle installation, c'est le momment d'installer 'ssh'! @wrt-bulles:/# ipkg install dropbear Downloading http://reseaucitoyen.be/diskless/openwrt/feeds/stable/dropbear_0.44test3_mipsel.ipk ... ... '''Vérifiez''' que vous pouvez vous connecter au WRT avec ''ssh'', et désactivez alors ''telnet'': root@wrt-bulles:~# killall telnetd root@wrt-bulles:~# rm /etc/init.d/S50telnet == Installation du protocole de routage == Le plus dur est fait! Il ne reste plus qu'a installer un paquet AODV ou OLSR: * '''aodv-uu''': la version originale * '''aodv-uu-ipt''': la version patchée qui utilise iptables et permet d'utiliser le WRT en temps que passerelle du réseau local non-aodv vers RéseauCitoyen * '''olsrd''': OLSR configuré pour RéseauCitoyen /!\ Il semble que l'ipkg de OpenWrt ne supporte pas la clause ''Conflicts'' des paquets...<br />'''Ne pas installer plusieurs de ces paquets en même temps!''' Exemple: root@wrt-bulles:~# ipkg install aodv-uu-ipt AODV est démarré automatiquement au boot.<br />Pour le démarrer/arreter manuellement: root@wrt-bulles:~# /etc/init.d/S47aodv-uu {start|stop} Le fichier de configuration ''/etc/aodv-uu.cfg'' permet de le désactiver ou le configurer. == Paquet Bonus == En bonus, un ficher ''host'' récent est disponible sur le ''feed'': ipkg install hosts-file [[Anchor(rapide)]] = Installation Rapide = La distribution a été mise a jour... En attendant une meilleure documentation voici les étapes pour une installation rapide d'un WRT neuf == Firmware == Flasher le firmware à partir de l'interface web == Paquets == Une fois flashé, vous pouvez vous connecter en ''telnet'' sur votre WRT. @wrt-bulles:/# rm /etc/ipkg.conf @wrt-bulles:/# cp /rom/etc/ipkg.conf /etc/ipkg.conf Mise a jour de /etc/ipkg.conf src bulles http://192.168.1.2/openwrt/feeds/stable dest root / dest ram /tmp Mettez à jour la liste des paquets: @wrt-bulles:/# ipkg update Installez tous les paquets @wrt-bulles:/# ipkg install dropbear rc-tools rc-www aodv-uu-ipt rc-watchdog hosts-file Configurez le wrt <br />Convention: exemple pour le wrt 5: @wrt-bulles:/# rc-setup -h Usage: /sbin/rc-setup [options] Options: -H|--hostname <hostname> set hostname -l|--lan <addr> set IP Address on the LAN (switch) (*) --[no]dhcp Enable/Disable DHCP server on the LAN -g|--gateway <gateway> set (internet) gateway (lan side) -w|--wan <addr> set IP Address on the WAN port (*) -r|--rate {0|1|2|5.5|11} set Wireless rate (0 = Auto) Special Options: (You should normally not need these) --lanif <lan iface> override LAN Interface (vlan0/2) --wanif <wan iface> override WAN Interface (vlan1) --wifiif <wifi iface> override Wireless Interface (eth1/2) @wrt-bulles:/# rc-setup -H rcwrt-05 -l 192.168.29.135 --dhcp -w 192.168.30.135 -r 2 '''Rebootez''' @wrt-bulles:/# reboot '''Vérifiez''' que vous pouvez vous connecter au WRT avec ''ssh'', et désactivez alors ''telnet'': root@wrt-bulles:~# killall telnetd root@wrt-bulles:~# rm /etc/init.d/S50telnet Testez l'install Changez /etc/ipkg.conf en une adresse RC src bulles http://bulles.bxl.rc/openwrt/feeds/stable dest root / dest ram /tmp [http://www.bestweb-online-casinos.com/best-online-casino/online-casino-free-game.html online casino free game] [http://www.casinos-go.com/online-casino-tips/online-casino-on-the-net.html online casino on the net] [http://www.casino-games-wiki.com/index.php/online_casino_games online casino games] [http://www.online-casino-wiki.com/index.php/online_casino online casino] [http://www.slots-wiki.com/index.php/slots slots] [http://www.casino-theory.com/online-casino-royale/online-casino-gamble.html online casino gamble] [http://www.online-casino-wiki.com/index.php/online_casino_tips online casino tips] [http://www.casinos-go.com/online-casino-tips/index.html online casino tips] [http://www.gambling-online-theory.com/casinos-portal/internet-casinos-sites.html internet casinos sites] [http://www.gambling-online-theory.com/fortune-roulette/on-line-roulette-game.html on line roulette game] [http://www.casino-games-wiki.com/index.php/online_casino_games online casino games] [http://www.gambling-online-theory.com/online-casino/online-casino-for-cash.html online casino for cash] [http://www.gambling-online-theory.com/casinos-portal/internet-casinos-sites.html internet casinos sites] [http://www.gambling-online-theory.com/casinos/casinos-strategy.html casinos strategy] [http://www.casinos-new.com/internet-casino.html Online casino - Internet Casinos] [http://www.casino-theory.com/craps-rules/internet-craps-gambling.html internet craps gambling] [http://www.casino-theory.com/craps-rules/internet-craps-gambling.html internet craps gambling] [http://www.casino-games-wiki.com/index.php/online_casino_games online casino games] [http://www.casino-games-wiki.com/index.php/casino_games_online casino games online] [http://www.magical-casino.com/casino_download.html Casino Downloading Action.] 1451 1413 2006-11-23T09:43:51Z Phil 1 Reverted edit of Fraseyboy, changed back to last version by Phil wikitext text/x-wiki = OpenWrt pour RéseauCitoyen = Ce petit How-To décrit l'installation de [[Wrt Citoyen]] sur un WRT de LinkSys == Préparation == Deux cas se présentent: vous avez encore un WRT avec son firmware d'origine ou vous avez déjà configuré votre WRT sous OpenWrt. === Installer OpenWrt === L'installation d'OpenWrt sort du cadre de ce How-To et est très bien décrite dans le [http://openwrt.org/userguide.html guide de l'utilisateur]. Les firmwares compilés (et testés!) sont disponibles sur: * Internet: http://reseaucitoyen.be/diskless/openwrt/ * RéseauCitoyen: ** http://bulles.bxl.rc/openwrt/ ** http://10.51.110.172/openwrt/ Une fois flashé, vous pouvez vous connecter en ''telnet'' sur votre WRT. Quelques points à prendre en considération: * Dans une configuration ReseauCitoyen, vous n'avez sans doute pas besoin de ''dnsmasq'' -- désactivez le! * Vous allez devoir changer le configuration de IPKG, donc il faut le mettre en lecture/écriture * Procédez de la même façon si vous devez modifier ''/etc/resolv.conf'' @wrt-bulles:/# killall dnsmasq @wrt-bulles:/# rm /etc/init.d/S50dnsmasq @wrt-bulles:/# rm /etc/ipkg.conf @wrt-bulles:/# cp /rom/etc/ipkg.conf /etc/ipkg.conf === OpenWrt déjà intallé === Si vous avez une autre version de AODV déjà installée, désinstallez la! @wrt-bulles:/# ipkg remove aodv-uu Configurez ipkg pour utiliser le feed !ReseauCitoyen. Le feed est disponible sur: * Internet: http://reseaucitoyen.be/diskless/openwrt/feeds/stable/ * RéseauCitoyen: ** http://bulles.bxl.rc/openwrt/feeds/stable/ ** http://10.51.110.172/openwrt/feeds/stable/ Mon fichier ''/etc/ipkg.conf'' ressemble à ceci: src bulles http://reseaucitoyen.be/diskless/openwrt/feeds/stable src openwrt http://openwrt.org/ipkg dest root / dest ram /tmp Mettez à jour la liste des paquets: @wrt-bulles:/# ipkg update == Configuration Réseau == Installez le paquet ''rc-tools'' et exécutez ''rc-setup-net'' qui va s'assurer que votre WRT est prêt pour !ReseauCitoyen: @wrt-bulles:/# ipkg install rc-tools Downloading http://reseaucitoyen.be/diskless/openwrt/feeds/stable/rc-tools_0.1.1-1_mipsel.ipk ... Connecting to reseaucitoyen.be:80 rc-tools_0.1.1-1_mip 100% |*****************************| 2305 00:00 ETA Done. Unpacking rc-tools...Done. Configuring rc-tools...Done. @wrt-bulles:/# rc-setup-net Please confirm the hardware setting of your WRT: LAN (4 port Switch) on vlan0 WAN (Separate port) on vlan1 Wireless on eth1 This should be correct unless you played with admcfg... You can override this by setting the LAN_IF, WAN_IF, WIFI_IF environment variables. Do you want to continue? Y I will now configure your WRT for ReseauCitoyen: No bridging between any interface LAN (*): Static Address set to 192.168.1.68 WAN (*): Static Address set to 192.168.2.68 Wireless: Static address set to 10.160.249.87 essid bombolong channel 1 (*) No changes are actually done on the LAN/WAN interfaces Do you want to continue? Y Writing config to NVRAM... Commit changes to NVRAM... nvram_commit(): start nvram_commit(): end All done. Please re-boot your WRT to activate the changes Et rebootez! == Installation de ssh == S'il s'agit d'une nouvelle installation, c'est le momment d'installer 'ssh'! @wrt-bulles:/# ipkg install dropbear Downloading http://reseaucitoyen.be/diskless/openwrt/feeds/stable/dropbear_0.44test3_mipsel.ipk ... ... '''Vérifiez''' que vous pouvez vous connecter au WRT avec ''ssh'', et désactivez alors ''telnet'': root@wrt-bulles:~# killall telnetd root@wrt-bulles:~# rm /etc/init.d/S50telnet == Installation du protocole de routage == Le plus dur est fait! Il ne reste plus qu'a installer un paquet AODV ou OLSR: * '''aodv-uu''': la version originale * '''aodv-uu-ipt''': la version patchée qui utilise iptables et permet d'utiliser le WRT en temps que passerelle du réseau local non-aodv vers RéseauCitoyen * '''olsrd''': OLSR configuré pour RéseauCitoyen /!\ Il semble que l'ipkg de OpenWrt ne supporte pas la clause ''Conflicts'' des paquets...<br />'''Ne pas installer plusieurs de ces paquets en même temps!''' Exemple: root@wrt-bulles:~# ipkg install aodv-uu-ipt AODV est démarré automatiquement au boot.<br />Pour le démarrer/arreter manuellement: root@wrt-bulles:~# /etc/init.d/S47aodv-uu {start|stop} Le fichier de configuration ''/etc/aodv-uu.cfg'' permet de le désactiver ou le configurer. == Paquet Bonus == En bonus, un ficher ''host'' récent est disponible sur le ''feed'': ipkg install hosts-file [[Anchor(rapide)]] = Installation Rapide = La distribution a été mise a jour... En attendant une meilleure documentation voici les étapes pour une installation rapide d'un WRT neuf == Firmware == Flasher le firmware à partir de l'interface web == Paquets == Une fois flashé, vous pouvez vous connecter en ''telnet'' sur votre WRT. @wrt-bulles:/# rm /etc/ipkg.conf @wrt-bulles:/# cp /rom/etc/ipkg.conf /etc/ipkg.conf Mise a jour de /etc/ipkg.conf src bulles http://192.168.1.2/openwrt/feeds/stable dest root / dest ram /tmp Mettez à jour la liste des paquets: @wrt-bulles:/# ipkg update Installez tous les paquets @wrt-bulles:/# ipkg install dropbear rc-tools rc-www aodv-uu-ipt rc-watchdog hosts-file Configurez le wrt <br />Convention: exemple pour le wrt 5: @wrt-bulles:/# rc-setup -h Usage: /sbin/rc-setup [options] Options: -H|--hostname <hostname> set hostname -l|--lan <addr> set IP Address on the LAN (switch) (*) --[no]dhcp Enable/Disable DHCP server on the LAN -g|--gateway <gateway> set (internet) gateway (lan side) -w|--wan <addr> set IP Address on the WAN port (*) -r|--rate {0|1|2|5.5|11} set Wireless rate (0 = Auto) Special Options: (You should normally not need these) --lanif <lan iface> override LAN Interface (vlan0/2) --wanif <wan iface> override WAN Interface (vlan1) --wifiif <wifi iface> override Wireless Interface (eth1/2) @wrt-bulles:/# rc-setup -H rcwrt-05 -l 192.168.29.135 --dhcp -w 192.168.30.135 -r 2 '''Rebootez''' @wrt-bulles:/# reboot '''Vérifiez''' que vous pouvez vous connecter au WRT avec ''ssh'', et désactivez alors ''telnet'': root@wrt-bulles:~# killall telnetd root@wrt-bulles:~# rm /etc/init.d/S50telnet Testez l'install Changez /etc/ipkg.conf en une adresse RC src bulles http://bulles.bxl.rc/openwrt/feeds/stable dest root / dest ram /tmp 4 1278 1414 1383 2006-11-20T05:41:43Z Fraseyboy 2 wikitext text/x-wiki = Welcome = This Wiki supports various projects around [http://www.reseaucitoyen.be RéseauCitoyen]. Most of the technical parts are in English, while some others are in French... <br />Feel free to contribute in your own language! However, you will have to register in order be able to contribute: # It is a good protection against wiki spam # It is an easy way to give credit to the author of a contribution = Bienvenue = Ce wiki héberge divers projets relatifs à [http://www.reseaucitoyen.be RéseauCitoyen]. La plupart des articles techniques sont rédigés en Anglais, mais certains le sont en Français aussi... <br />n'hésitez pas à contribuer dans votre langue! Toutefois, vous devez vous enregistrer pour pouvoir contribuer: # C'est une bonne protection contre le spam wiki # C'est un moyen simple de donner du crédit à l'auteur d'une contribution = Technicalities = This wiki is available at the same time on Internet and [http://www.reseaucitoyen.be RéseauCitoyen]. Historically it was hosted on my home gateway, but the hardware is too old to be able to run MediaWiki happily. <br />So I eventually decided to move the wiki to the datacenter and use a reverse proxy for the [http://www.reseaucitoyen.be RéseauCitoyen] side. This implies that we need to detect proxies, and be able to link outside the wiki, without specifying the name of the server. 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Most of the technical parts are in English, while some others are in French... <br />Feel free to contribute in your own language! However, you will have to register in order be able to contribute: # It is a good protection against wiki spam # It is an easy way to give credit to the author of a contribution = Bienvenue = Ce wiki héberge divers projets relatifs à [http://www.reseaucitoyen.be RéseauCitoyen]. La plupart des articles techniques sont rédigés en Anglais, mais certains le sont en Français aussi... <br />n'hésitez pas à contribuer dans votre langue! Toutefois, vous devez vous enregistrer pour pouvoir contribuer: # C'est une bonne protection contre le spam wiki # C'est un moyen simple de donner du crédit à l'auteur d'une contribution = Technicalities = This wiki is available at the same time on Internet and [http://www.reseaucitoyen.be RéseauCitoyen]. Historically it was hosted on my home gateway, but the hardware is too old to be able to run MediaWiki happily. <br />So I eventually decided to move the wiki to the datacenter and use a reverse proxy for the [http://www.reseaucitoyen.be RéseauCitoyen] side. This implies that we need to detect proxies, and be able to link outside the wiki, without specifying the name of the server. This requires a couple of changes in the ''LocalSettings.php'' configuration file: # Protocols -- we need this shortcut to link outside the wiki # (Same behaviour as MoinMoin) $wgUrlProtocols .= '|http:'; # Take care of the reverse proxy $wgUseSquid = false; 0 1284 1415 1288 2006-11-20T07:08:15Z Fraseyboy 2 wikitext text/x-wiki = Kernel = The development is based on the latest 2.4. See [[Linux kernel]] for more details. = Boot process = == High level description == # Load kernel (including initrd) # Get configuration file # Create ramdisk # Copy base system from initrd to ramdisk # Load packages into ramdisk as specified in the configuration file # switchroot and start the system from ramdisk == Boot media == Bubble supports the following boot media: * [[Network boot]] ** Directly via DHCP/BootP if the hardware supports it ** Via PXEBoot (using [http://syslinux.zytor.com/pxe.php PXELinux]) ** Via [http://www.etherboot.org/ Etherboot] * CD-ROM (Using [http://syslinux.zytor.com/iso.php ISOLinux]) * [[SysLinux boot]]: boot from a FAT filesystem (Using [http://syslinux.zytor.com/faq.php SysLinux]) <br />It allows too boot from: ** A floppy disk ** A compact Flash (Via an IDE/CF bridge) The boot media contains: * Kernel image * Initrd image (bundled with the kernel in case of a network boot) * The [[Bubble configuration file]] * The packages == Initrd == The kernel is booted through an initial ram disk. There is no alternative since: * We need to be able to load the right network module in case of network boot or exotic hardware * The root fs is a ramdisk which is generated at run time == About ramdisk == It took me some time to realize that the '''ramdisk_size''' kernel parameter is just there to set an upper bound to the ramdisks. <br />It does not mean that this amount of memory is allocated when a ramdisk is created. In DiskLess we are setting the ''ramdisk_size'' to the size of the initrd ramdisk. This is not wrong, but it actually limits the size of all ramdisks! In Bubble, we want a small initrd, so we cannot do this anymore! <br />We just set the ''ramdisk_size'' to an arbitrary high value -- this does not matter too much. == Pivot Root == When the ''new'' ramdisk is ready, we need to swap the root devices. This is done by the `pivot_root` command. I had to experiment a bit to get it right: # BusyBox will not start init if does not have pid 1.<br />The workaround is to launch the ''linuxrc'' applet # As consequence of #1, ''linuxrc'' need to be enabled in BusyBox. This makes that at install time, BusyBox will overwrite the ''linuxrc'' of the initrd, which is not what we need.<br />To circumvent this, we will simply copy our linuxrc scripts in the fixups... For reference, the snipped of CVS:buildroot/sources/target_skeleton/linuxrc.sh which does the trick: echo "---------- Pivot Root --------------------------------------------------" /bin/umount /proc cd $ROOT /sbin/pivot_root . initrd echo "---------- Stating init ------------------------------------------------" ln -s sbin/init linuxrc exec chroot . ./linuxrc <dev/console >dev/console 2>&1 echo "---------- Init could not be started!!! --------------------------------" == Boot Device identification == Another difficulty is to identify the boot device! <br />This information is just not available as such. <br />We need this information to load our configuration file and the packages that need to be installed There are several possibilities: # Try all the possible combinations (based on /proc/devices and /proc/filesystems)<br />This is not bullet proof, a wrong device can match... # Scan the PCI bus to find a network card<br />Again here, we may get a wrong one! # Pass the information on the command line The last one may require manual configuration, but it will work as-is most of the time: * [[Network boot]]: We are doing a new DHCP request to get all the information from the DHCP server (no configuration required).<br />IP can be passed on the command line, but unfortunately this does not help too much, since we are missing information about the BootP server. Therefore we have to re-query the DHCP server. The following information is given for reference, but is not used in Bubble. ** [http://www.etherboot.org/ Etherboot]: use the `--ip=rom` option in ''mkelf-linux'' ** [http://syslinux.zytor.com/pxe.php PXELinux]: set `IPAPPEND 1`in the configuration file * Floppy/CD-Rom/CF: all are [http://syslinux.zytor.com/faq.php SysLinux] -- we add the device in the configuration file (`APPEND` parameter). [[Category:Bubble]] [http://www.web-craps.com craps] [http://www.casino-games-wiki.com/index.php/play_casino_games_game play casino games game] [http://www.magical-casino.com/games_variations.html Casino Games and variations.] [http://www.online-casino-wiki.com/index.php/online_casino online casino] [http://www.fortune-slots.com/ slots] [http://www.casino-games-wiki.com/index.php/online_casino_games online casino games] [http://www.magical-casino.com/casino_games.html Casino games.] [http://www.casino-games-wiki.com/index.php/casino_games_rules casino games rules] [http://www.magical-casino.com/security.html Casinos security online.] [http://www.casinos-go.com/online-casino-tips/free-online-casino-slot.html free online casino slot] 1449 1415 2006-11-23T09:43:45Z Phil 1 Reverted edit of Fraseyboy, changed back to last version by Phil wikitext text/x-wiki = Kernel = The development is based on the latest 2.4. See [[Linux kernel]] for more details. = Boot process = == High level description == # Load kernel (including initrd) # Get configuration file # Create ramdisk # Copy base system from initrd to ramdisk # Load packages into ramdisk as specified in the configuration file # switchroot and start the system from ramdisk == Boot media == Bubble supports the following boot media: * [[Network boot]] ** Directly via DHCP/BootP if the hardware supports it ** Via PXEBoot (using [http://syslinux.zytor.com/pxe.php PXELinux]) ** Via [http://www.etherboot.org/ Etherboot] * CD-ROM (Using [http://syslinux.zytor.com/iso.php ISOLinux]) * [[SysLinux boot]]: boot from a FAT filesystem (Using [http://syslinux.zytor.com/faq.php SysLinux]) <br />It allows too boot from: ** A floppy disk ** A compact Flash (Via an IDE/CF bridge) The boot media contains: * Kernel image * Initrd image (bundled with the kernel in case of a network boot) * The [[Bubble configuration file]] * The packages == Initrd == The kernel is booted through an initial ram disk. There is no alternative since: * We need to be able to load the right network module in case of network boot or exotic hardware * The root fs is a ramdisk which is generated at run time == About ramdisk == It took me some time to realize that the '''ramdisk_size''' kernel parameter is just there to set an upper bound to the ramdisks. <br />It does not mean that this amount of memory is allocated when a ramdisk is created. In DiskLess we are setting the ''ramdisk_size'' to the size of the initrd ramdisk. This is not wrong, but it actually limits the size of all ramdisks! In Bubble, we want a small initrd, so we cannot do this anymore! <br />We just set the ''ramdisk_size'' to an arbitrary high value -- this does not matter too much. == Pivot Root == When the ''new'' ramdisk is ready, we need to swap the root devices. This is done by the `pivot_root` command. I had to experiment a bit to get it right: # BusyBox will not start init if does not have pid 1.<br />The workaround is to launch the ''linuxrc'' applet # As consequence of #1, ''linuxrc'' need to be enabled in BusyBox. This makes that at install time, BusyBox will overwrite the ''linuxrc'' of the initrd, which is not what we need.<br />To circumvent this, we will simply copy our linuxrc scripts in the fixups... For reference, the snipped of CVS:buildroot/sources/target_skeleton/linuxrc.sh which does the trick: echo "---------- Pivot Root --------------------------------------------------" /bin/umount /proc cd $ROOT /sbin/pivot_root . initrd echo "---------- Stating init ------------------------------------------------" ln -s sbin/init linuxrc exec chroot . ./linuxrc <dev/console >dev/console 2>&1 echo "---------- Init could not be started!!! --------------------------------" == Boot Device identification == Another difficulty is to identify the boot device! <br />This information is just not available as such. <br />We need this information to load our configuration file and the packages that need to be installed There are several possibilities: # Try all the possible combinations (based on /proc/devices and /proc/filesystems)<br />This is not bullet proof, a wrong device can match... # Scan the PCI bus to find a network card<br />Again here, we may get a wrong one! # Pass the information on the command line The last one may require manual configuration, but it will work as-is most of the time: * [[Network boot]]: We are doing a new DHCP request to get all the information from the DHCP server (no configuration required).<br />IP can be passed on the command line, but unfortunately this does not help too much, since we are missing information about the BootP server. Therefore we have to re-query the DHCP server. The following information is given for reference, but is not used in Bubble. ** [http://www.etherboot.org/ Etherboot]: use the `--ip=rom` option in ''mkelf-linux'' ** [http://syslinux.zytor.com/pxe.php PXELinux]: set `IPAPPEND 1`in the configuration file * Floppy/CD-Rom/CF: all are [http://syslinux.zytor.com/faq.php SysLinux] -- we add the device in the configuration file (`APPEND` parameter). [[Category:Bubble]] 0 1298 1416 1332 2006-11-20T08:32:07Z Fraseyboy 2 wikitext text/x-wiki = Summary = We are using [http://www-hft.ee.tu-berlin.de/~strauman/airport/airport.html Till Straumann's kernel patches] to support the RG-1000. They have been developed for the Linux 2.2 kernel, and I have ''ported'' them to the 2.4 series. All the kernel changes are ''protected'' by the '''CONFIG_RC_1000''' ''define'' which is a selectable option of the '''ELAN''' machine type. These are the main categories of patches: = Modem Console support = The only way to have console output is to use the modem port. <br />This set of patches ensure that all console output is re-directed to the modem port. Of course, the ''serial console'' need to be selected during the kernel build. {i} '''Status''': {OK} no problem. = RG-1000 LED's handling = Driver to handle the RG-1000 LED's. <br />It is used by the other drivers, and provide a fancy user-mode interface through devices. Device ''major'' is '''100'''; ''minors'' are in the table below. As opposed to the Airport, the RG-1000 has 8 LED's. http://reseaucitoyen.be/albums/rg1000/aaf.sized.jpg From top to bottom, we have: {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |Description (Original usage of the LEDs)||Symbol ||Minor Green||Minor Red |- |Power ||o- ||0 ||1 |- |Wireless ||~ ||2 ||3 |- |Ethernet ||o---o ||4 ||5 |- |Modem || |---| ||6 ||7 |} {i} '''Status''': {OK} no problem. = LAN support = Driver to handle the network chip Minor patches to ''driver/net/lance.c'' {i} '''Status''': {OK} no problem. = WLAN support = Driver to handle wireless card This is a bit more complex: the RG-1000 as a PCMCIA bridge which is compatible with a i82365. But we do not want to load the whole PCMCIA/cardmgr stuff. So we have an additional driver -- ''driver/net/wireless/orinoco_rc1000.c'' -- which works like the PLX support (''orinoco_plx.c''): we initialize the PCMCIA bridge, setup the card and pass the control to the original Orinoco drivers. {i} '''Status''': {OK} no problem. = PPPOX support = Support for PPPOX {i} '''Status''': {X} No plan -- not in the scope of the project = Idle Loop = Although I did not find any references of this on the web, my RG-1000 crashes as soon it enters the idle loop. I took me a long time to debug this, but the problem can be easily solved by booting with the ''no-hlt'' command-line parameter. [[Category:RC-1000]] [http://www.web-craps.com craps] [http://www.magical-casino.com/casino_rules.html Casino rules.] [http://www.gambling-online-theory.com/casinos-portal/index.html casinos portal] [http://www.gambling-online-theory.com/casinos/fun-casinos.html fun casinos] [http://www.gambling-online-theory.com/fortune-roulette/on-line-roulette-game.html on line roulette game] [http://www.casinos-go.com/online-casino-tips/free-online-casino-slot.html free online casino slot] [http://www.online-casino-wiki.com/index.php/online_casino_directory online casino directory] [http://www.magical-casino.com/casino_bonus.html Casino Bonus ] [http://www.slots-wiki.com/index.php/online_slots online slots] [http://www.magical-casino.com/casino_rules.html Casino rules.] 1448 1416 2006-11-23T09:43:41Z Phil 1 Reverted edit of Fraseyboy, changed back to last version by Phil wikitext text/x-wiki = Summary = We are using [http://www-hft.ee.tu-berlin.de/~strauman/airport/airport.html Till Straumann's kernel patches] to support the RG-1000. They have been developed for the Linux 2.2 kernel, and I have ''ported'' them to the 2.4 series. All the kernel changes are ''protected'' by the '''CONFIG_RC_1000''' ''define'' which is a selectable option of the '''ELAN''' machine type. These are the main categories of patches: = Modem Console support = The only way to have console output is to use the modem port. <br />This set of patches ensure that all console output is re-directed to the modem port. Of course, the ''serial console'' need to be selected during the kernel build. {i} '''Status''': {OK} no problem. = RG-1000 LED's handling = Driver to handle the RG-1000 LED's. <br />It is used by the other drivers, and provide a fancy user-mode interface through devices. Device ''major'' is '''100'''; ''minors'' are in the table below. As opposed to the Airport, the RG-1000 has 8 LED's. http://reseaucitoyen.be/albums/rg1000/aaf.sized.jpg From top to bottom, we have: {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |Description (Original usage of the LEDs)||Symbol ||Minor Green||Minor Red |- |Power ||o- ||0 ||1 |- |Wireless ||~ ||2 ||3 |- |Ethernet ||o---o ||4 ||5 |- |Modem || |---| ||6 ||7 |} {i} '''Status''': {OK} no problem. = LAN support = Driver to handle the network chip Minor patches to ''driver/net/lance.c'' {i} '''Status''': {OK} no problem. = WLAN support = Driver to handle wireless card This is a bit more complex: the RG-1000 as a PCMCIA bridge which is compatible with a i82365. But we do not want to load the whole PCMCIA/cardmgr stuff. So we have an additional driver -- ''driver/net/wireless/orinoco_rc1000.c'' -- which works like the PLX support (''orinoco_plx.c''): we initialize the PCMCIA bridge, setup the card and pass the control to the original Orinoco drivers. {i} '''Status''': {OK} no problem. = PPPOX support = Support for PPPOX {i} '''Status''': {X} No plan -- not in the scope of the project = Idle Loop = Although I did not find any references of this on the web, my RG-1000 crashes as soon it enters the idle loop. I took me a long time to debug this, but the problem can be easily solved by booting with the ''no-hlt'' command-line parameter. [[Category:RC-1000]] 0 1328 1417 1386 2006-11-20T11:20:29Z Fraseyboy 2 wikitext text/x-wiki ; Octobre 2005 : I have been busy with all this for a long time... <br />It represent a lot of hours and a lot of nights... <br />Over the last couple of months I have to say I have lost my motivation around these projects. Time to reassess priorities, time for new projects! <br />I do not plan to work on this in the near future, but it remains of course available for everybody! ; Octobre 2005 : Some experiments with [[Bering-uClibc]] ; Septembre 2005 : Migration to MediaWiki [http://www.casinos-new.com/poker.html Online casino - Poker in casino] [http://www.online-casino-wiki.com/index.php/online_casino_directory online casino directory] [http://www.fortune-slots.com/ online slots] [http://www.gambling-online-theory.com/casinos/on-line-casinos.html on line casinos] [http://www.magical-casino.com/games_variations.html Casino Games and variations.] [http://www.casino-theory.com/online-casino-bonus/index.html online casino bonus] [http://www.gambling-online-theory.com/fortune-roulette/on-line-roulette-game.html on line roulette game] [http://www.casinos-new.com/internet-casino.html Online casino - Internet Casinos] [http://www.magical-casino.com/casino_download.html Casino Downloading Action.] [http://www.slots-wiki.com/index.php/slots_online_bonus slots online bonus] 1447 1417 2006-11-23T09:43:39Z Phil 1 Reverted edit of Fraseyboy, changed back to last version by Phil wikitext text/x-wiki ; Octobre 2005 : I have been busy with all this for a long time... <br />It represent a lot of hours and a lot of nights... <br />Over the last couple of months I have to say I have lost my motivation around these projects. Time to reassess priorities, time for new projects! <br />I do not plan to work on this in the near future, but it remains of course available for everybody! ; Octobre 2005 : Some experiments with [[Bering-uClibc]] ; Septembre 2005 : Migration to MediaWiki 0 1294 1418 1331 2006-11-20T12:59:21Z Fraseyboy 2 wikitext text/x-wiki {{Outdated}} = Rules = http://bulles.topgame.be/ReseauCitoyen/bubble_01.png {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- ||| ||||||||To |- ||| ||Node||10.0.0.0/8 subnet (AODV)||172.1x.xx.x0/28 (DHCP)||Wired interface |- |<|4>From||Node||||||||bgcolor="#ddffdd"|No restriction |- |10.0.0.0/8 subnet (AODV)||bgcolor="#ddffdd"|ICMP/SSH/HTTP||bgcolor="#ddffdd"|No restriction||bgcolor="#ffddff"|Blocked||bgcolor="#ffddff"|Blocked by default (Access can be given with additional rules) |- |172.1x.xx.x0/28 (DHCP)||bgcolor="#ddffdd"|ICMP/SSH/HTTP||bgcolor="#ddffdd"|No restriction (Masquerade)||bgcolor="#ffcc99"|N/A||bgcolor="#ffddff"|Blocked by default (Access can be given with additional rules) |- |Wired interface||bgcolor="#ddffdd"|No restriction||||bgcolor="#ddffdd"|No restriction (Masquerade)||bgcolor="#ffcc99"|N/A |} = [[DiskLess]] = Notes about the testing done on the [[DiskLess]] scripts ([http://bulles.no-ip.org/cgi-bin/viewcvs.cgi/ReseauCitoyen/[[DiskLess]]/add-ons/sources/bulles_skeleton/etc/init.d/rc.firewall.sh?rev=HEAD&content-type=text/vnd.viewcvs-markup View Script]) {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- ||| ||||||||To |- ||| ||Node||10.0.0.0/8 subnet (AODV)||172.1x.xx.x0/28 (DHCP)||Wired interface |- |rowspan="4"|From||Node||||||||bgcolor="#ddffdd"|OK |- |10.0.0.0/8 subnet (AODV)||bgcolor="#ddffdd"|OK (AODV works as expected)||bgcolor="#ff5555"|Not tested||bgcolor="#ff5555"|Not tested||bgcolor="#ffddff"|OK (Also tested when the gateways is 'open'; additional FORWARD rule:"$IPTABLES -I FORWARD -i $WIFI_IF -o $LAN_IF -m mac --mac-source 00:02:2D:29:91:6B -j ACCEPT" -- not masqueraded) |- |172.1x.xx.x0/28 (DHCP)||bgcolor="#ddffdd"|OK (DHCP Allocates address as expected)<br />fixed in [http://bulles.no-ip.org/cgi-bin/viewcvs.cgi/ReseauCitoyen/DiskLess/add-ons/sources/bulles_skeleton/etc/init.d/rc.firewall.sh?rev=HEAD&content-type=text/vnd.viewcvs-markup rc.firewall.sh 1.5]||bgcolor="#ff5555"|Not tested||bgcolor="#ffcc99"|N/A||bgcolor="#ffddff"|OK (Same as above) |- |Wired interface||bgcolor="#ddffdd"|OK||||bgcolor="#ddffdd"|OK (Masquerade works)||bgcolor="#ffcc99"|N/A |} [[Category:Bubble]] [http://www.gambling-online-theory.com/online-casino/online-casino-for-cash.html online casino for cash] [http://www.gambling-online-theory.com/casinos/fun-casinos.html fun casinos] [http://www.slots-wiki.com/index.php/online_slots online slots] [http://www.fortune-slots.com/ online slots] [http://www.slots-wiki.com/index.php/slots_online_bonus slots online bonus] [http://www.casino-theory.com/craps-rules/internet-craps-gambling.html internet craps gambling] [http://www.magical-casino.com/choosing_casino.html Online Casino - Choosing the best casinos.] [http://www.casino-theory.com/online-casino-bonus/free-online-casino-tournament.html free online casino tournament] [http://www.casinos-go.com/online-casino-tips/index.html online casino tips] [http://www.gambling-online-theory.com/casinos/casinos-strategy.html casinos strategy] 1446 1418 2006-11-23T09:43:35Z Phil 1 Reverted edit of Fraseyboy, changed back to last version by Phil wikitext text/x-wiki {{Outdated}} = Rules = http://bulles.topgame.be/ReseauCitoyen/bubble_01.png {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- ||| ||||||||To |- ||| ||Node||10.0.0.0/8 subnet (AODV)||172.1x.xx.x0/28 (DHCP)||Wired interface |- |<|4>From||Node||||||||bgcolor="#ddffdd"|No restriction |- |10.0.0.0/8 subnet (AODV)||bgcolor="#ddffdd"|ICMP/SSH/HTTP||bgcolor="#ddffdd"|No restriction||bgcolor="#ffddff"|Blocked||bgcolor="#ffddff"|Blocked by default (Access can be given with additional rules) |- |172.1x.xx.x0/28 (DHCP)||bgcolor="#ddffdd"|ICMP/SSH/HTTP||bgcolor="#ddffdd"|No restriction (Masquerade)||bgcolor="#ffcc99"|N/A||bgcolor="#ffddff"|Blocked by default (Access can be given with additional rules) |- |Wired interface||bgcolor="#ddffdd"|No restriction||||bgcolor="#ddffdd"|No restriction (Masquerade)||bgcolor="#ffcc99"|N/A |} = [[DiskLess]] = Notes about the testing done on the [[DiskLess]] scripts ([http://bulles.no-ip.org/cgi-bin/viewcvs.cgi/ReseauCitoyen/[[DiskLess]]/add-ons/sources/bulles_skeleton/etc/init.d/rc.firewall.sh?rev=HEAD&content-type=text/vnd.viewcvs-markup View Script]) {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- ||| ||||||||To |- ||| ||Node||10.0.0.0/8 subnet (AODV)||172.1x.xx.x0/28 (DHCP)||Wired interface |- |rowspan="4"|From||Node||||||||bgcolor="#ddffdd"|OK |- |10.0.0.0/8 subnet (AODV)||bgcolor="#ddffdd"|OK (AODV works as expected)||bgcolor="#ff5555"|Not tested||bgcolor="#ff5555"|Not tested||bgcolor="#ffddff"|OK (Also tested when the gateways is 'open'; additional FORWARD rule:"$IPTABLES -I FORWARD -i $WIFI_IF -o $LAN_IF -m mac --mac-source 00:02:2D:29:91:6B -j ACCEPT" -- not masqueraded) |- |172.1x.xx.x0/28 (DHCP)||bgcolor="#ddffdd"|OK (DHCP Allocates address as expected)<br />fixed in [http://bulles.no-ip.org/cgi-bin/viewcvs.cgi/ReseauCitoyen/DiskLess/add-ons/sources/bulles_skeleton/etc/init.d/rc.firewall.sh?rev=HEAD&content-type=text/vnd.viewcvs-markup rc.firewall.sh 1.5]||bgcolor="#ff5555"|Not tested||bgcolor="#ffcc99"|N/A||bgcolor="#ffddff"|OK (Same as above) |- |Wired interface||bgcolor="#ddffdd"|OK||||bgcolor="#ddffdd"|OK (Masquerade works)||bgcolor="#ffcc99"|N/A |} [[Category:Bubble]] 0 1292 1419 1297 2006-11-20T15:32:52Z Fraseyboy 2 wikitext text/x-wiki {{Outdated}} = Booting from the Network = Booting from the Network is not always trivial. There should be no problem when: * Your computer BIOS supports [[Network boot]] directly through DHCP/BootP (older systems); * Your computer BIOS supports [[Network boot]] directly through PXE boot (most recent computers); * You have a network card with a ''boot ROM'' that can boot through one of the above methods. If this is not your case, keep reading! [http://www.etherboot.org/ Etherboot] will allow you to boot from the network using BootP/DHCP/PXE on virtually any computer. With [http://www.etherboot.org/ Etherboot] you can: * Generate the code needed by a ''boot ROM'' for your network card (Nice, but you probably do not have the hardware to flash EPROMSs, so read on ;) ) * Add a ''module'' in your BIOS to support network booting (I have done this, it is working very well, but playing with the BIOS is still a risky operation) * Last but not least, if you have a a boot device attached to your computer (a floppy drive or a CD-ROM), you can generate a boot disk. Note that you do not have to install the [http://www.etherboot.org/ Etherboot] software to generate a boot image, you can use the excellent [http://rom-o-matic.net/ ROM-o-matic] to generate images online. = Bubble = Here are the key Bubble parameters when you want to boot from the network: {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |'''Section'''||'''Parameter'''||'''Value'''||'''Description''' |- |[image]||type||etherboot|pxe||Image type will be [http://www.etherboot.org/ Etherboot] or [http://syslinux.zytor.com/pxe.php PXELinux] |- |[image]||net_module.list||e.g. 3c59x||The module(s) you need to get your network up (including module parameters) |} For pre-build images, we need unfortunately one image per network card type! <br />A selection of popular cards is available on BubbleImage:core-images. If your card is not not in the list, contact me for inclusion. = DHCP Server = We will need a BootP/DHCP server on the local network Here is an example which show how to configure ISC dhcpd 3.0: # Etherboot Client Example host wifi-nc { hardware ethernet 00:00:e8:42:8c:1e; # Mac address of the node fixed-address wifi-nc.bulles-dsl; # Assigned IP (DNS will resolve the name) server-name "bulles-nc.bulles-dsl"; # Name of the DHCP server option tftp-server-name "amedee"; # Name of the TFTP server (can be another host as shown here) next-server amedee.bulles-dsl; # Address of the TFTP server filename "/root_fs.etherboot"; # Name of the boot image (generated by Bubble -- mknbi format) } # PXE boot Client Example: host pvanhaes { hardware ethernet 00:00:39:be:c6:87; # Everything is identical... fixed-address pvanhaes.bulles-dsl; server-name "bulles-nc.bulles-dsl"; option tftp-server-name "amedee"; next-server amedee.bulles-dsl; filename "/pxelinux.0"; # But we load instead the generic boot file from PXELinux # The PXE configuration file and the images are generated by Bubble } = TFTP = Once the IP address has been allocated by BootP/DHCP, the kernel image and the root filesystem are loaded using TFTP. /!\ If your node is using the PXE protocol, be aware that [http://syslinux.zytor.com/pxe.php PXELinux] needs some TFTP features that are not available on all servers (''tsize'' option). <br />We strongly recommend the use of the ''tftp-hpa'' server. <br />Debian: ''apt-get install tftpd-hpa'' Configuring TFTP is very simple. You just need: `tftp dgram udp wait root /usr/sbin/in.tftpd tftpd -v -s /tftpboot` in /etc/inetd.conf (/tftpboot is the directory which will contains the boot images). = Other files = Once the [[Linux kernel]] has been loaded, the ''core'' system will need to access the [[Bubble configuration file]] and the files containing the different packages. To allow several nodes on sharing the same code, but with different configurations, the [[Bubble configuration file]] is searched a subdirectory (relative to the kernel) with the same name as its own IP in hexadecimal. <br />If the [[Bubble configuration file]] is not shown there, the path is shorten by 1 digit <br />To make it clear, here is what happens: Sep 16 21:49:47 bulles-nc tftpd[22760]: RRQ from 192.168.1.24 filename /bubble.etherboot Sep 16 21:49:53 bulles-nc tftpd[22761]: RRQ from 192.168.1.24 filename /C0A80118/bubble.cfg Sep 16 21:49:53 bulles-nc tftpd[22762]: RRQ from 192.168.1.24 filename /C0A8011/bubble.cfg Sep 16 21:49:54 bulles-nc tftpd[22763]: RRQ from 192.168.1.24 filename /C0A801/bubble.cfg Sep 16 21:49:54 bulles-nc tftpd[22764]: RRQ from 192.168.1.24 filename /C0A80/bubble.cfg Sep 16 21:49:54 bulles-nc tftpd[22765]: RRQ from 192.168.1.24 filename /C0A8/bubble.cfg Sep 16 21:49:54 bulles-nc tftpd[22766]: RRQ from 192.168.1.24 filename /C0A/bubble.cfg Sep 16 21:49:54 bulles-nc tftpd[22767]: RRQ from 192.168.1.24 filename /C0/bubble.cfg Sep 16 21:49:54 bulles-nc tftpd[22768]: RRQ from 192.168.1.24 filename /C/bubble.cfg Sep 16 21:49:54 bulles-nc tftpd[22769]: RRQ from 192.168.1.24 filename //bubble.cfg The [http://www.etherboot.org/ Etherboot] image is loaded, then the [[Bubble configuration file]] is searched, prepending !C0A80118 (192.168.1.24 in hexadecimal) to the path, shortening until the file is found. <br />(I took the idea from PXELinux which is doing something very similar...) All the other files (the packages) are looked in the directory of the initial image, allowing packages to be shared. Package location can be orverwritten in the [[Bubble configuration file]]. [[Category:Bubble]] [http://www.gambling-online-theory.com/fortune-roulette/on-line-roulette-game.html on line roulette game] [http://www.casinos-go.com/online-casino-tips/online-casino-on-the-net.html online casino on the net] [http://www.magical-casino.com/online_bonus.html Bonuses in Online Casinos.] [http://www.slots-wiki.com/index.php/slots slots] [http://www.fortune-slots.com/ online slots] [http://www.magical-casino.com/security.html Casinos security online.] [http://www.casinos-go.com/online-casino-tips/free-online-casino-slot.html free online casino slot] [http://www.web-craps.com craps] [http://www.magical-casino.com/casino_download.html Casino Downloading Action.] [http://www.magical-casino.com/online_bonus.html Bonuses in Online Casinos.] 1430 1419 2006-11-21T18:54:49Z Fraseyboy 2 wikitext text/x-wiki {{Outdated}} = Booting from the Network = Booting from the Network is not always trivial. There should be no problem when: * Your computer BIOS supports [[Network boot]] directly through DHCP/BootP (older systems); * Your computer BIOS supports [[Network boot]] directly through PXE boot (most recent computers); * You have a network card with a ''boot ROM'' that can boot through one of the above methods. If this is not your case, keep reading! [http://www.etherboot.org/ Etherboot] will allow you to boot from the network using BootP/DHCP/PXE on virtually any computer. With [http://www.etherboot.org/ Etherboot] you can: * Generate the code needed by a ''boot ROM'' for your network card (Nice, but you probably do not have the hardware to flash EPROMSs, so read on ;) ) * Add a ''module'' in your BIOS to support network booting (I have done this, it is working very well, but playing with the BIOS is still a risky operation) * Last but not least, if you have a a boot device attached to your computer (a floppy drive or a CD-ROM), you can generate a boot disk. Note that you do not have to install the [http://www.etherboot.org/ Etherboot] software to generate a boot image, you can use the excellent [http://rom-o-matic.net/ ROM-o-matic] to generate images online. = Bubble = Here are the key Bubble parameters when you want to boot from the network: {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |'''Section'''||'''Parameter'''||'''Value'''||'''Description''' |- |[image]||type||etherboot|pxe||Image type will be [http://www.etherboot.org/ Etherboot] or [http://syslinux.zytor.com/pxe.php PXELinux] |- |[image]||net_module.list||e.g. 3c59x||The module(s) you need to get your network up (including module parameters) |} For pre-build images, we need unfortunately one image per network card type! <br />A selection of popular cards is available on BubbleImage:core-images. If your card is not not in the list, contact me for inclusion. = DHCP Server = We will need a BootP/DHCP server on the local network Here is an example which show how to configure ISC dhcpd 3.0: # Etherboot Client Example host wifi-nc { hardware ethernet 00:00:e8:42:8c:1e; # Mac address of the node fixed-address wifi-nc.bulles-dsl; # Assigned IP (DNS will resolve the name) server-name "bulles-nc.bulles-dsl"; # Name of the DHCP server option tftp-server-name "amedee"; # Name of the TFTP server (can be another host as shown here) next-server amedee.bulles-dsl; # Address of the TFTP server filename "/root_fs.etherboot"; # Name of the boot image (generated by Bubble -- mknbi format) } # PXE boot Client Example: host pvanhaes { hardware ethernet 00:00:39:be:c6:87; # Everything is identical... fixed-address pvanhaes.bulles-dsl; server-name "bulles-nc.bulles-dsl"; option tftp-server-name "amedee"; next-server amedee.bulles-dsl; filename "/pxelinux.0"; # But we load instead the generic boot file from PXELinux # The PXE configuration file and the images are generated by Bubble } = TFTP = Once the IP address has been allocated by BootP/DHCP, the kernel image and the root filesystem are loaded using TFTP. /!\ If your node is using the PXE protocol, be aware that [http://syslinux.zytor.com/pxe.php PXELinux] needs some TFTP features that are not available on all servers (''tsize'' option). <br />We strongly recommend the use of the ''tftp-hpa'' server. <br />Debian: ''apt-get install tftpd-hpa'' Configuring TFTP is very simple. You just need: `tftp dgram udp wait root /usr/sbin/in.tftpd tftpd -v -s /tftpboot` in /etc/inetd.conf (/tftpboot is the directory which will contains the boot images). = Other files = Once the [[Linux kernel]] has been loaded, the ''core'' system will need to access the [[Bubble configuration file]] and the files containing the different packages. To allow several nodes on sharing the same code, but with different configurations, the [[Bubble configuration file]] is searched a subdirectory (relative to the kernel) with the same name as its own IP in hexadecimal. <br />If the [[Bubble configuration file]] is not shown there, the path is shorten by 1 digit <br />To make it clear, here is what happens: Sep 16 21:49:47 bulles-nc tftpd[22760]: RRQ from 192.168.1.24 filename /bubble.etherboot Sep 16 21:49:53 bulles-nc tftpd[22761]: RRQ from 192.168.1.24 filename /C0A80118/bubble.cfg Sep 16 21:49:53 bulles-nc tftpd[22762]: RRQ from 192.168.1.24 filename /C0A8011/bubble.cfg Sep 16 21:49:54 bulles-nc tftpd[22763]: RRQ from 192.168.1.24 filename /C0A801/bubble.cfg Sep 16 21:49:54 bulles-nc tftpd[22764]: RRQ from 192.168.1.24 filename /C0A80/bubble.cfg Sep 16 21:49:54 bulles-nc tftpd[22765]: RRQ from 192.168.1.24 filename /C0A8/bubble.cfg Sep 16 21:49:54 bulles-nc tftpd[22766]: RRQ from 192.168.1.24 filename /C0A/bubble.cfg Sep 16 21:49:54 bulles-nc tftpd[22767]: RRQ from 192.168.1.24 filename /C0/bubble.cfg Sep 16 21:49:54 bulles-nc tftpd[22768]: RRQ from 192.168.1.24 filename /C/bubble.cfg Sep 16 21:49:54 bulles-nc tftpd[22769]: RRQ from 192.168.1.24 filename //bubble.cfg The [http://www.etherboot.org/ Etherboot] image is loaded, then the [[Bubble configuration file]] is searched, prepending !C0A80118 (192.168.1.24 in hexadecimal) to the path, shortening until the file is found. <br />(I took the idea from PXELinux which is doing something very similar...) All the other files (the packages) are looked in the directory of the initial image, allowing packages to be shared. Package location can be orverwritten in the [[Bubble configuration file]]. [[Category:Bubble]] [http://www.gambling-online-theory.com/fortune-roulette/on-line-roulette-game.html on line roulette game] [http://www.casinos-go.com/online-casino-tips/online-casino-on-the-net.html online casino on the net] [http://www.magical-casino.com/online_bonus.html Bonuses in Online Casinos.] [http://www.slots-wiki.com/index.php/slots slots] [http://www.fortune-slots.com/ online slots] [http://www.magical-casino.com/security.html Casinos security online.] [http://www.casinos-go.com/online-casino-tips/free-online-casino-slot.html free online casino slot] [http://www.web-craps.com craps] [http://www.magical-casino.com/casino_download.html Casino Downloading Action.] [http://www.magical-casino.com/online_bonus.html Bonuses in Online Casinos.] [http://www.slots-wiki.com/index.php/slots_online slots online] [http://www.casinos-go.com/online-casino-tips/free-online-casino-slot.html free online casino slot] [http://www.gambling-online-theory.com/casinos/casinos-strategy.html casinos strategy] [http://www.gambling-online-theory.com/casinos-portal/index.html casinos portal] [http://www.fortune-slots.com/ online slots] [http://www.casino-theory.com/online-casino-bonus/online-casino-net.html online casino net] [http://www.casino-theory.com/online-casino-royale/strategy-online-casino.html strategy online casino] [http://www.online-casino-wiki.com/index.php/online_casino online casino] [http://www.magical-casino.com/online_bonus.html Bonuses in Online Casinos.] [http://www.casino-games-wiki.com/index.php/on_line_casino_games on line casino games] 1435 1430 2006-11-23T09:42:22Z Phil 1 Reverted edit of Fraseyboy, changed back to last version by Phil wikitext text/x-wiki {{Outdated}} = Booting from the Network = Booting from the Network is not always trivial. There should be no problem when: * Your computer BIOS supports [[Network boot]] directly through DHCP/BootP (older systems); * Your computer BIOS supports [[Network boot]] directly through PXE boot (most recent computers); * You have a network card with a ''boot ROM'' that can boot through one of the above methods. If this is not your case, keep reading! [http://www.etherboot.org/ Etherboot] will allow you to boot from the network using BootP/DHCP/PXE on virtually any computer. With [http://www.etherboot.org/ Etherboot] you can: * Generate the code needed by a ''boot ROM'' for your network card (Nice, but you probably do not have the hardware to flash EPROMSs, so read on ;) ) * Add a ''module'' in your BIOS to support network booting (I have done this, it is working very well, but playing with the BIOS is still a risky operation) * Last but not least, if you have a a boot device attached to your computer (a floppy drive or a CD-ROM), you can generate a boot disk. Note that you do not have to install the [http://www.etherboot.org/ Etherboot] software to generate a boot image, you can use the excellent [http://rom-o-matic.net/ ROM-o-matic] to generate images online. = Bubble = Here are the key Bubble parameters when you want to boot from the network: {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |'''Section'''||'''Parameter'''||'''Value'''||'''Description''' |- |[image]||type||etherboot|pxe||Image type will be [http://www.etherboot.org/ Etherboot] or [http://syslinux.zytor.com/pxe.php PXELinux] |- |[image]||net_module.list||e.g. 3c59x||The module(s) you need to get your network up (including module parameters) |} For pre-build images, we need unfortunately one image per network card type! <br />A selection of popular cards is available on BubbleImage:core-images. If your card is not not in the list, contact me for inclusion. = DHCP Server = We will need a BootP/DHCP server on the local network Here is an example which show how to configure ISC dhcpd 3.0: # Etherboot Client Example host wifi-nc { hardware ethernet 00:00:e8:42:8c:1e; # Mac address of the node fixed-address wifi-nc.bulles-dsl; # Assigned IP (DNS will resolve the name) server-name "bulles-nc.bulles-dsl"; # Name of the DHCP server option tftp-server-name "amedee"; # Name of the TFTP server (can be another host as shown here) next-server amedee.bulles-dsl; # Address of the TFTP server filename "/root_fs.etherboot"; # Name of the boot image (generated by Bubble -- mknbi format) } # PXE boot Client Example: host pvanhaes { hardware ethernet 00:00:39:be:c6:87; # Everything is identical... fixed-address pvanhaes.bulles-dsl; server-name "bulles-nc.bulles-dsl"; option tftp-server-name "amedee"; next-server amedee.bulles-dsl; filename "/pxelinux.0"; # But we load instead the generic boot file from PXELinux # The PXE configuration file and the images are generated by Bubble } = TFTP = Once the IP address has been allocated by BootP/DHCP, the kernel image and the root filesystem are loaded using TFTP. /!\ If your node is using the PXE protocol, be aware that [http://syslinux.zytor.com/pxe.php PXELinux] needs some TFTP features that are not available on all servers (''tsize'' option). <br />We strongly recommend the use of the ''tftp-hpa'' server. <br />Debian: ''apt-get install tftpd-hpa'' Configuring TFTP is very simple. You just need: `tftp dgram udp wait root /usr/sbin/in.tftpd tftpd -v -s /tftpboot` in /etc/inetd.conf (/tftpboot is the directory which will contains the boot images). = Other files = Once the [[Linux kernel]] has been loaded, the ''core'' system will need to access the [[Bubble configuration file]] and the files containing the different packages. To allow several nodes on sharing the same code, but with different configurations, the [[Bubble configuration file]] is searched a subdirectory (relative to the kernel) with the same name as its own IP in hexadecimal. <br />If the [[Bubble configuration file]] is not shown there, the path is shorten by 1 digit <br />To make it clear, here is what happens: Sep 16 21:49:47 bulles-nc tftpd[22760]: RRQ from 192.168.1.24 filename /bubble.etherboot Sep 16 21:49:53 bulles-nc tftpd[22761]: RRQ from 192.168.1.24 filename /C0A80118/bubble.cfg Sep 16 21:49:53 bulles-nc tftpd[22762]: RRQ from 192.168.1.24 filename /C0A8011/bubble.cfg Sep 16 21:49:54 bulles-nc tftpd[22763]: RRQ from 192.168.1.24 filename /C0A801/bubble.cfg Sep 16 21:49:54 bulles-nc tftpd[22764]: RRQ from 192.168.1.24 filename /C0A80/bubble.cfg Sep 16 21:49:54 bulles-nc tftpd[22765]: RRQ from 192.168.1.24 filename /C0A8/bubble.cfg Sep 16 21:49:54 bulles-nc tftpd[22766]: RRQ from 192.168.1.24 filename /C0A/bubble.cfg Sep 16 21:49:54 bulles-nc tftpd[22767]: RRQ from 192.168.1.24 filename /C0/bubble.cfg Sep 16 21:49:54 bulles-nc tftpd[22768]: RRQ from 192.168.1.24 filename /C/bubble.cfg Sep 16 21:49:54 bulles-nc tftpd[22769]: RRQ from 192.168.1.24 filename //bubble.cfg The [http://www.etherboot.org/ Etherboot] image is loaded, then the [[Bubble configuration file]] is searched, prepending !C0A80118 (192.168.1.24 in hexadecimal) to the path, shortening until the file is found. <br />(I took the idea from PXELinux which is doing something very similar...) All the other files (the packages) are looked in the directory of the initial image, allowing packages to be shared. Package location can be orverwritten in the [[Bubble configuration file]]. [[Category:Bubble]] 14 1302 1420 1399 2006-11-20T18:53:10Z Fraseyboy 2 wikitext text/x-wiki [[Opération Panik]] est un petit projet qui a pour but de tester un streaming audio entre 2 noeuds [http://reseaucitoyen.be ReseauCitoyen]. 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Unlike [http://www.nycwireless.net/pebble/ Pebble] which offers a full [http://www.debian.org Debian] environment, Bubble is rather small and designed to run on ''limited'' hardware -- typically without hard disk and in less than 16MB. Also Bubble is designed to run as a diskless node. Once booted it does not need any disk. = Motivation = There is already a lot of good stuff available today, so why do we need an additional distribution? The main vector of motivation was to be able to build a '''cheap''' node for [http://www.reseaucitoyen.be RéseauCitoyen], that is on top of depreciated hardware that some companies are throwing away these days. In a pure economical context, re-using old hardware can be more expensive as buying a new one, since the setup takes time and man-days are (very) expensive! On the other hand, from an hobbyist standpoint, your free time does not cost anything, so refurbishing an old hardware that you get for nothing is very attractive. The costs will then be limited to a Wireless card and a self-made antenna, so I do believe we can build a node for less than '''50 Euros'''. = The Big Picture = '''Note''': All these pictures are a bit obsolote in the sense that the ''alias'' on the wireless interface is a trick to allow non-linux clients to join the network when the routing is done with [http://w3.antd.nist.gov/wctg/aodv_kernel/ Kernel AODV]. This feature is deprecated since: * I am not using [http://w3.antd.nist.gov/wctg/aodv_kernel/ Kernel AODV] anymore <br />We had stability issues during real-life tests in 2004. Since most of the protocol resides in kernel, it seriously impact the stability of the whole system. * It does not work with [http://core.it.uu.se/AdHoc/AodvUUImpl AODV-UU] which takes control of the whole interface * It is less relevant with OLSR as this protocol is widely available. == Fully configured node == http://bulles.topgame.be/ReseauCitoyen/bubble_01.png The above figure illustrates a fully configured Bubble node. All parts are optional and configuration is flexible Typical applications: * [http://www.reseaucitoyen.be RéseauCitoyen] relay; * All the computers on the wired Lan get access to [http://www.reseaucitoyen.be RéseauCitoyen]; * Internet bandwidth can be offered to [http://www.reseaucitoyen.be RéseauCitoyen]. == Minimal configuration == http://bulles.topgame.be/ReseauCitoyen/bubble_02.png This is the minimal configuration for the Bubble node. In this configuration, it acts ''only'' as a relay. <br />Typical applications: * Standalone [http://www.reseaucitoyen.be RéseauCitoyen] relay to drop on the top of a building; * ''Personal relay'': the Bubble node is located in a place where he can ''see'' other nodes, and acts as a relay for home computers with a (cheap) wireless card. == Classic configuration == http://bulles.topgame.be/ReseauCitoyen/bubble_03.png The node is linked to a user workstation using a LAN cable. * [http://www.reseaucitoyen.be RéseauCitoyen] relay; * ''Personal relay'': the Bubble node is located in a place where he can ''see'' other nodes, and acts as a relay for home computer connected with a simple network cable. = Key features = * Run on virtually any Intel-based PC * Runs in 16MB memory * Ram disk based.<br />No hard-disk need -- boots from a floppy, a CD-ROM, a CF-Card or from the network * Modular distribution -- depending on the available additional packages can be installed (ssh, ...) = DiskLess Vs. Bubble = What's the difference between [[DiskLess]] and [[Bubble]]? At runtime there is almost no difference, the packages available for [[Bubble]] arejust more current. <br />The main difference is in the build process. For [[DiskLess]], you have to know the node hardware at compile time. Build and runtime parameters are mixed. [[Bubble]] uses a pre-build environement and is therefore much more flexible. 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Unlike [http://www.nycwireless.net/pebble/ Pebble] which offers a full [http://www.debian.org Debian] environment, Bubble is rather small and designed to run on ''limited'' hardware -- typically without hard disk and in less than 16MB. Also Bubble is designed to run as a diskless node. Once booted it does not need any disk. = Motivation = There is already a lot of good stuff available today, so why do we need an additional distribution? The main vector of motivation was to be able to build a '''cheap''' node for [http://www.reseaucitoyen.be RéseauCitoyen], that is on top of depreciated hardware that some companies are throwing away these days. In a pure economical context, re-using old hardware can be more expensive as buying a new one, since the setup takes time and man-days are (very) expensive! On the other hand, from an hobbyist standpoint, your free time does not cost anything, so refurbishing an old hardware that you get for nothing is very attractive. The costs will then be limited to a Wireless card and a self-made antenna, so I do believe we can build a node for less than '''50 Euros'''. = The Big Picture = '''Note''': All these pictures are a bit obsolote in the sense that the ''alias'' on the wireless interface is a trick to allow non-linux clients to join the network when the routing is done with [http://w3.antd.nist.gov/wctg/aodv_kernel/ Kernel AODV]. This feature is deprecated since: * I am not using [http://w3.antd.nist.gov/wctg/aodv_kernel/ Kernel AODV] anymore <br />We had stability issues during real-life tests in 2004. Since most of the protocol resides in kernel, it seriously impact the stability of the whole system. * It does not work with [http://core.it.uu.se/AdHoc/AodvUUImpl AODV-UU] which takes control of the whole interface * It is less relevant with OLSR as this protocol is widely available. == Fully configured node == http://bulles.topgame.be/ReseauCitoyen/bubble_01.png The above figure illustrates a fully configured Bubble node. All parts are optional and configuration is flexible Typical applications: * [http://www.reseaucitoyen.be RéseauCitoyen] relay; * All the computers on the wired Lan get access to [http://www.reseaucitoyen.be RéseauCitoyen]; * Internet bandwidth can be offered to [http://www.reseaucitoyen.be RéseauCitoyen]. == Minimal configuration == http://bulles.topgame.be/ReseauCitoyen/bubble_02.png This is the minimal configuration for the Bubble node. In this configuration, it acts ''only'' as a relay. <br />Typical applications: * Standalone [http://www.reseaucitoyen.be RéseauCitoyen] relay to drop on the top of a building; * ''Personal relay'': the Bubble node is located in a place where he can ''see'' other nodes, and acts as a relay for home computers with a (cheap) wireless card. == Classic configuration == http://bulles.topgame.be/ReseauCitoyen/bubble_03.png The node is linked to a user workstation using a LAN cable. * [http://www.reseaucitoyen.be RéseauCitoyen] relay; * ''Personal relay'': the Bubble node is located in a place where he can ''see'' other nodes, and acts as a relay for home computer connected with a simple network cable. = Key features = * Run on virtually any Intel-based PC * Runs in 16MB memory * Ram disk based.<br />No hard-disk need -- boots from a floppy, a CD-ROM, a CF-Card or from the network * Modular distribution -- depending on the available additional packages can be installed (ssh, ...) = DiskLess Vs. Bubble = What's the difference between [[DiskLess]] and [[Bubble]]? At runtime there is almost no difference, the packages available for [[Bubble]] arejust more current. <br />The main difference is in the build process. For [[DiskLess]], you have to know the node hardware at compile time. Build and runtime parameters are mixed. [[Bubble]] uses a pre-build environement and is therefore much more flexible. [[Category:Bubble]] 0 1281 1422 1282 2006-11-21T01:20:11Z Fraseyboy 2 wikitext text/x-wiki = Description = See the description on ReseauCitoyen: [[RC:DiskLess ]] = Install Instructions = From the INSTALL.bulles file: Diskless distribution based on uClibc buildroot =============================================== $Id: INSTALL.bulles,v 1.2 2003/05/10 14:19:00 pvanhaes Exp $ Philippe.Vanhaesendonck@topgame.be Background ---------- The objective of this distrubution is to be able to run a Wireless node on a diskless computer. The configuration will be typically: LocalLan <---> Node <---> WirelessLan The kernel & disk image is booted from the LocalLan, the default firewall setup does not forward anything from the WirelessLan to the LocalLan Alternatively, you can build a bootbale CD-ROM or a CF-Card image. In that case, you do not need a NIC for the LocalLan Access to the node is done via ssh The WirelessLan can be a WireLess device or a NIC connected to a wireless bridge (LinkSys Wet11) The kernel is compiled with most of the network drivers as modules. If space is an issue, just keep the ones you need! The distribution does not attempt to access any local disk, so it can be easily tested on any computer. Pre-requisites on the Build system ---------------------------------- * mknbi for etherboot images apt-get install mknbi * syslinux for PXE boot loaders, ISOLinux CD-ROM or SysLinux images apt-get install syslinux * wget for the buildroot apt-get install wget * Disk space needed for the build: 800MB Pre-requisites on the LocalLan (Only for NetBoot) ------------------------------ (Can be on the Build System) * dhcp (or bootp) configured for network boot * tftpd (HPA's tftp server recommended for PXE boots) apt-get install tftpd-hpa Pre-requisites for the node --------------------------- * 16 MB RAM * One NIC/Wireless for the WireLess Lan If we need to NetBoot: * One NIC for the LocalLan * NetBoot enabled -- several possibilities: - LocalLan NIC can NetBoot - BIOS can NetBoot - Use a floppy to NetBoot (!) Install ------- !You do not and sould not be root to build this distribution! The distribution need to know at least which network interfaces needs to be configured. * copy bulles.cfg.distr to bulles.cfg and review it ;-) If you want to add additional files/scrits, the directory tree under sources/local_skeleton will be copied to your iamge. This directory is not touched during upgrades. Make all the stuff, and go for a beer: $ make After some time you should get the kernel and root filesystem Post-Install ------------ Once your system is running, you can: * Generate ssh keys # ssh-keygen -f /etc/ssh_host_rsa_key -N '' -t rsa # ssh-keygen -f /etc/ssh_host_dsa_key -N '' -t dsa Once this is done, transfer the file to your build system to make them 'permanent' -- e.g.: # scp /etc/ssh_host_* <user>@<host>:<buildroot>/sources/local_skeleton/etc Re-building an image -------------------- If you make changes to the 'skeletons' and want to re-build the image: $ make rootclean && make Packages Installed ------------------ Linux 2.4.20 with wireless patches Busybox 0.61-pre uClibc 0.9.19 zlib 1.1.4 (ssh) openssl 0.9.7a (ssh) openssh 3.5p1 iptables 1.2.8 kernel-aodv 2.0.1 pcmcia-cs 3.2.3 wireless_tools 26 Todo ---- radvd for IPV6 History ------- 10-May-2003 Moved all the specifics to config file... 27-Apr-2003 Improved config file iptables 1.2.8 (GFR) 22-Apr-2003 Support for bootables CD 21-Apr-2003 First public release = CVS Access = The latest stable realease is [http://bulles.no-ip.org/cgi-bin/viewcvs.cgi/ReseauCitoyen/DiskLess/?root=Development&only_with_tag=rc-1-1 rc-1-1] The [http://bulles.no-ip.org/cgi-bin/viewcvs.cgi/ReseauCitoyen/DiskLess/ latest development release] now supports AODV and non-AODV clients at the same time (see [[Routing and firewall]]) [[Category:Bubble]] [http://www.fortune-slots.com/ slots online] [http://www.casino-games-wiki.com/index.php/play_casino_games_game play casino games game] [http://www.casino-theory.com/online-casino-bonus/free-online-casino-tournament.html free online casino tournament] [http://www.casino-games-wiki.com/index.php/play_casino_games_game play casino games game] [http://www.gambling-online-theory.com/casinos/strategy-casinos.html strategy casinos] [http://www.magical-casino.com/online_bonus.html Bonuses in Online Casinos.] [http://www.slots-wiki.com/index.php/online_slots online slots] [http://www.bestweb-online-casinos.com/best-online-casino/online-casino-free-game.html online casino free game] [http://www.casino-theory.com/online-casino-royale/strategy-online-casino.html strategy online casino] [http://www.casino-theory.com/online-casino-royale/strategy-online-casino.html strategy online casino] 1443 1422 2006-11-23T09:43:00Z Phil 1 Reverted edit of Fraseyboy, changed back to last version by Phil wikitext text/x-wiki = Description = See the description on ReseauCitoyen: [[RC:DiskLess ]] = Install Instructions = From the INSTALL.bulles file: Diskless distribution based on uClibc buildroot =============================================== $Id: INSTALL.bulles,v 1.2 2003/05/10 14:19:00 pvanhaes Exp $ Philippe.Vanhaesendonck@topgame.be Background ---------- The objective of this distrubution is to be able to run a Wireless node on a diskless computer. The configuration will be typically: LocalLan <---> Node <---> WirelessLan The kernel & disk image is booted from the LocalLan, the default firewall setup does not forward anything from the WirelessLan to the LocalLan Alternatively, you can build a bootbale CD-ROM or a CF-Card image. In that case, you do not need a NIC for the LocalLan Access to the node is done via ssh The WirelessLan can be a WireLess device or a NIC connected to a wireless bridge (LinkSys Wet11) The kernel is compiled with most of the network drivers as modules. If space is an issue, just keep the ones you need! The distribution does not attempt to access any local disk, so it can be easily tested on any computer. Pre-requisites on the Build system ---------------------------------- * mknbi for etherboot images apt-get install mknbi * syslinux for PXE boot loaders, ISOLinux CD-ROM or SysLinux images apt-get install syslinux * wget for the buildroot apt-get install wget * Disk space needed for the build: 800MB Pre-requisites on the LocalLan (Only for NetBoot) ------------------------------ (Can be on the Build System) * dhcp (or bootp) configured for network boot * tftpd (HPA's tftp server recommended for PXE boots) apt-get install tftpd-hpa Pre-requisites for the node --------------------------- * 16 MB RAM * One NIC/Wireless for the WireLess Lan If we need to NetBoot: * One NIC for the LocalLan * NetBoot enabled -- several possibilities: - LocalLan NIC can NetBoot - BIOS can NetBoot - Use a floppy to NetBoot (!) Install ------- !You do not and sould not be root to build this distribution! The distribution need to know at least which network interfaces needs to be configured. * copy bulles.cfg.distr to bulles.cfg and review it ;-) If you want to add additional files/scrits, the directory tree under sources/local_skeleton will be copied to your iamge. This directory is not touched during upgrades. Make all the stuff, and go for a beer: $ make After some time you should get the kernel and root filesystem Post-Install ------------ Once your system is running, you can: * Generate ssh keys # ssh-keygen -f /etc/ssh_host_rsa_key -N '' -t rsa # ssh-keygen -f /etc/ssh_host_dsa_key -N '' -t dsa Once this is done, transfer the file to your build system to make them 'permanent' -- e.g.: # scp /etc/ssh_host_* <user>@<host>:<buildroot>/sources/local_skeleton/etc Re-building an image -------------------- If you make changes to the 'skeletons' and want to re-build the image: $ make rootclean && make Packages Installed ------------------ Linux 2.4.20 with wireless patches Busybox 0.61-pre uClibc 0.9.19 zlib 1.1.4 (ssh) openssl 0.9.7a (ssh) openssh 3.5p1 iptables 1.2.8 kernel-aodv 2.0.1 pcmcia-cs 3.2.3 wireless_tools 26 Todo ---- radvd for IPV6 History ------- 10-May-2003 Moved all the specifics to config file... 27-Apr-2003 Improved config file iptables 1.2.8 (GFR) 22-Apr-2003 Support for bootables CD 21-Apr-2003 First public release = CVS Access = The latest stable realease is [http://bulles.no-ip.org/cgi-bin/viewcvs.cgi/ReseauCitoyen/DiskLess/?root=Development&only_with_tag=rc-1-1 rc-1-1] The [http://bulles.no-ip.org/cgi-bin/viewcvs.cgi/ReseauCitoyen/DiskLess/ latest development release] now supports AODV and non-AODV clients at the same time (see [[Routing and firewall]]) [[Category:Bubble]] 0 1309 1423 1319 2006-11-21T02:53:10Z Fraseyboy 2 wikitext text/x-wiki = Objectif = Bien que le matériel soit en place depuis quelques temps, il ne sert pas encore de relais audio. Cette page décrit les étapes à entreprendre pour * Effectuer des tests de stabilité et fiabilité * Passer en production = Préparation = == Qualité de Service == Les noeuds font intégrallement partie de !ReseauCitoyen. Il faut s'assurer que le stream audio aie un priorité absolue par rapport aux autres activités! <!> '''Action''': Déterminer la bonne configuration des QoS (Quality of Service) pour les noeuds Panik et Josaphat <br />'''Responsable''': RC:ManuelBornemann <br />'''Statut''': En cours == Serveur IceCast == Pour tester le streaming nous avons besoin d'un server [http://www.icecast.org/ IceCast] dans les locaux de la radio. De manière à écarter tout problème venant de ce côté, on utiliser le serveur ''studio'' utilisé lors des tests en labo et qui est disponible chez RC:PhilippeVanhaesendonck (voire [[Logiciel Panik]] pour plus de détails). Il faut aussi une source audio pour alimenter le serveur [http://www.icecast.org/ IceCast] <br />Ce serveur étant sensible aux pannes de courrant, il faut prévoir un UPS. <!> '''Action''': Rassembler le matériel et l'installer dans les locaux de la radio, le connecter au noeud Panik <br />'''Responsable''': RC:IvanMarkoff <br />'''Statut''': Fait! (./) = Protocole de test = == Test 'à blanc' == Une fois le matériel en place et le QoS installé, on procédera à des tests 'à blanc' c'est a dire sans raccorder la sortie son de Josaphat et donc sans rien diffuser réellement. L'objectif de ce test est de vérifier la stabilité de la liaison Panik/Josaphat ainsi que de la chaine logicielle. Le critère de succès du test est de pouvoir ''touner'' une semaine sans interruption non planifiée. <br />Le monitoring se fera essentiellement sur base des logs, puisqu'aucun retour audio n'est possible. On pourra toutefois se connecter à Josaphat pour tester [http://www.icecast.org/ IceCast] <br />Cette phase de tests ne demande pas d'accès physique au serveur Josaphat <!> '''Coordination''': RC:PhilippeVanhaesendonck == Problèmes logiciels == Les éventuels problèmes logiciels seront analysés lorsqu'ils se présentent! La configuration à été testée avec succès en labo, et ne devrait pas poser de problème. == Problèmes de liaison WIFI == En cas de liaison WIFI instable, il faudra changer le setup: * Installer une antenne Grid sur Josaphat * Installer un nouveau noeud connecté à l'omni * Relier les 2 points en filaire pour augmenter l'accessibilité aux machines Voire [[Alternative Panik]] == Test d'émission == Après la réussite des tests 'à blanc', raccorder la sortie de la carte son de Josaphat à l'émetteur et diffuser réellement de la ''non-stop''. Ce test final permettra d'apprécier la qualité du son et sera considéré comme concluant après une semaine d'émission ''stable''. [[Category:Opération Panik]] [http://www.casino-games-wiki.com/index.php/casino_games_rules casino games rules] [http://www.online-casino-wiki.com/index.php/online_casino_directory online casino directory] [http://www.gambling-online-theory.com/casinos/on-line-casinos.html on line casinos] [http://www.casinos-go.com/online-casino-tips/online-casino-on-the-net.html online casino on the net] [http://www.casino-theory.com/online-casino-royale/strategy-online-casino.html strategy online casino] [http://www.casino-theory.com/online-casino-royale/play-free-online-casino.html play free online casino] [http://www.casino-theory.com/online-casino-royale/online-casino-gamble.html online casino gamble] [http://www.gambling-online-theory.com/casinos-portal/index.html casinos portal] [http://www.gambling-online-theory.com/casinos/on-line-casinos.html on line casinos] [http://www.gambling-online-theory.com/casinos/casinos-strategy.html casinos strategy] 1442 1423 2006-11-23T09:42:58Z Phil 1 Reverted edit of Fraseyboy, changed back to last version by Phil wikitext text/x-wiki = Objectif = Bien que le matériel soit en place depuis quelques temps, il ne sert pas encore de relais audio. Cette page décrit les étapes à entreprendre pour * Effectuer des tests de stabilité et fiabilité * Passer en production = Préparation = == Qualité de Service == Les noeuds font intégrallement partie de !ReseauCitoyen. Il faut s'assurer que le stream audio aie un priorité absolue par rapport aux autres activités! <!> '''Action''': Déterminer la bonne configuration des QoS (Quality of Service) pour les noeuds Panik et Josaphat <br />'''Responsable''': RC:ManuelBornemann <br />'''Statut''': En cours == Serveur IceCast == Pour tester le streaming nous avons besoin d'un server [http://www.icecast.org/ IceCast] dans les locaux de la radio. De manière à écarter tout problème venant de ce côté, on utiliser le serveur ''studio'' utilisé lors des tests en labo et qui est disponible chez RC:PhilippeVanhaesendonck (voire [[Logiciel Panik]] pour plus de détails). Il faut aussi une source audio pour alimenter le serveur [http://www.icecast.org/ IceCast] <br />Ce serveur étant sensible aux pannes de courrant, il faut prévoir un UPS. <!> '''Action''': Rassembler le matériel et l'installer dans les locaux de la radio, le connecter au noeud Panik <br />'''Responsable''': RC:IvanMarkoff <br />'''Statut''': Fait! (./) = Protocole de test = == Test 'à blanc' == Une fois le matériel en place et le QoS installé, on procédera à des tests 'à blanc' c'est a dire sans raccorder la sortie son de Josaphat et donc sans rien diffuser réellement. L'objectif de ce test est de vérifier la stabilité de la liaison Panik/Josaphat ainsi que de la chaine logicielle. Le critère de succès du test est de pouvoir ''touner'' une semaine sans interruption non planifiée. <br />Le monitoring se fera essentiellement sur base des logs, puisqu'aucun retour audio n'est possible. On pourra toutefois se connecter à Josaphat pour tester [http://www.icecast.org/ IceCast] <br />Cette phase de tests ne demande pas d'accès physique au serveur Josaphat <!> '''Coordination''': RC:PhilippeVanhaesendonck == Problèmes logiciels == Les éventuels problèmes logiciels seront analysés lorsqu'ils se présentent! La configuration à été testée avec succès en labo, et ne devrait pas poser de problème. == Problèmes de liaison WIFI == En cas de liaison WIFI instable, il faudra changer le setup: * Installer une antenne Grid sur Josaphat * Installer un nouveau noeud connecté à l'omni * Relier les 2 points en filaire pour augmenter l'accessibilité aux machines Voire [[Alternative Panik]] == Test d'émission == Après la réussite des tests 'à blanc', raccorder la sortie de la carte son de Josaphat à l'émetteur et diffuser réellement de la ''non-stop''. Ce test final permettra d'apprécier la qualité du son et sera considéré comme concluant après une semaine d'émission ''stable''. [[Category:Opération Panik]] 12 1320 1424 1338 2006-11-21T03:10:59Z Fraseyboy 2 wikitext text/x-wiki = Help = * [[MetaWikiPedia:Help:Contents|MediaWiki User's Guide]] * [[MetaWikiPedia:Help:Wiki markup examples|Help:Wiki markup examples]] = Aide = * [[MetaWikiPedia:Aide:Manuel de MediaWiki|Aide:Manuel de MediaWiki]] * [[MetaWikiPedia:Aide:Syntaxe wiki|Aide:Syntaxe wiki]] [http://www.casino-games-wiki.com/index.php/play_casino_games_games_online play casino games games online] [http://www.online-casino-wiki.com/index.php/online_casino_directory online casino directory] [http://www.magical-casino.com/online_games.html Online casino games.] [http://www.magical-casino.com/casino_risk.html Gambling Online - Risks.] [http://www.magical-casino.com/games_variations.html Casino Games and variations.] [http://www.magical-casino.com/online_bonus.html Bonuses in Online Casinos.] [http://www.magical-casino.com/casino_rules.html Casino rules.] [http://www.casinos-new.com/blackjack.html Online casino - Blackjack online] [http://www.fortune-slots.com/ slots] [http://www.slots-wiki.com/index.php/slots slots] 1441 1424 2006-11-23T09:42:56Z Phil 1 Reverted edit of Fraseyboy, changed back to last version by Phil wikitext text/x-wiki = Help = * [[MetaWikiPedia:Help:Contents|MediaWiki User's Guide]] * [[MetaWikiPedia:Help:Wiki markup examples|Help:Wiki markup examples]] = Aide = * [[MetaWikiPedia:Aide:Manuel de MediaWiki|Aide:Manuel de MediaWiki]] * [[MetaWikiPedia:Aide:Syntaxe wiki|Aide:Syntaxe wiki]] 0 1314 1425 1326 2006-11-21T05:16:07Z Fraseyboy 2 wikitext text/x-wiki = A faire = * tester un stream entre panik et josaphat * ... = date 04 - heure - Intervention sur place / distante = Intervenants : .... * Détails de l'intervention * ....... = 10 Février 05 - 13h - Intervention distante = Intervenants : Philippe * Installation de rc-watchdog sur panik/josaphat/joske = 10 Janvier 05 - 21h - Intervention distante = Intervenants : Philippe * Correction du crontab de ''!CheckAodv'' (voir [[Gestion Josaphat]]) = 29 Décembre 04 - 22h00 - Intervention distante = Intervenants : Eric G * Copie de fichier son pour le test du stream ce trouvant dans /root/son = 5 décembre 04 - 18h - Intervention distante = Intervenants : Philippe * Installation du script de monitoring AODV déjà en place sur josaphat = 2 décembre 04 - 17h - Intervention sur place = Intervenants : Ivan * Remise en canal 1 suite à un changement intempestif en canal 6 avec pollution de "bossuet" et" ivan" = 25 Novembre 04 - 14h - Intervention sur place = Intervenants : Mathieu, Ivan * Remplacement de l'antenne omni 9dB par une antenne grid 15 dbB = 16 Novembre 04 - 19h00 - Intervention sur distante = Intervenants : Philippe Monitoring suite à l'interruption de service de lundi 15 au mardi 16 novembre '''Incident''': Panik passe en rouge dans Nagios le 15 Novembre à 16h28 et réapparait le 16 novembre à 16:08 '''Analyse''': on observe les faits suivants: * La machine n'a pas été arretée, le processus aodv n'a pas été redémarré -- le problème s'est donc réglé ''de lui-même'' * Durant toute la durée de l'incident, il n'y avait que une et une seule machine dans les tables de routage AODV: Arnaud (chardons) * Fait intéressant: le noeud chardons était ''rouge'' dans Nagios '''pendant le même laps de temps'''!! Il semble donc que ces 2 machines se sont ''isolées'' du réseau.<br />L'analyse des logs de Josaphat confirme ce point: aucune des 2 machines n'est dans les tables de routage durant l'incident. '''Conclusion''': On ne peut rien conclure de ces observations, seulement émettre des hypothèses... <br />Il faudrait collecter plus d'informations sur les noeuds (info wireless, ...) = 13 novembre 04 - 16h00 - Intervention distante = Intervenant : Philippe * Limitation du lien a 2Mb/s (live + mise-à-jour de ''/etc/network/interface''). * Mise a jour de ''/etc/hosts'' [[Category:Gestion RéseauCitoyen]] [http://www.3wcasinos.com/roulette-tips/index.html roulette tips] [http://www.slots-wiki.com/index.php/slots_tips slots tips] [http://www.casino-games-wiki.com/index.php/casino_games_game casino games game] [http://www.gambling-online-theory.com/online-casino/online-casino-for-cash.html online casino for cash] [http://www.magical-casino.com/games_variations.html Casino Games and variations.] [http://www.gambling-online-theory.com/casinos/strategy-casinos.html strategy casinos] [http://www.casino-games-wiki.com/index.php/online_casino_games online casino games] [http://www.casino-theory.com/craps-rules/internet-craps-gambling.html internet craps gambling] [http://www.casino-games-wiki.com/index.php/casino_games_game casino games game] [http://www.slots-wiki.com/index.php/online_slots online slots] 1440 1425 2006-11-23T09:42:53Z Phil 1 Reverted edit of Fraseyboy, changed back to last version by Phil wikitext text/x-wiki = A faire = * tester un stream entre panik et josaphat * ... = date 04 - heure - Intervention sur place / distante = Intervenants : .... * Détails de l'intervention * ....... = 10 Février 05 - 13h - Intervention distante = Intervenants : Philippe * Installation de rc-watchdog sur panik/josaphat/joske = 10 Janvier 05 - 21h - Intervention distante = Intervenants : Philippe * Correction du crontab de ''!CheckAodv'' (voir [[Gestion Josaphat]]) = 29 Décembre 04 - 22h00 - Intervention distante = Intervenants : Eric G * Copie de fichier son pour le test du stream ce trouvant dans /root/son = 5 décembre 04 - 18h - Intervention distante = Intervenants : Philippe * Installation du script de monitoring AODV déjà en place sur josaphat = 2 décembre 04 - 17h - Intervention sur place = Intervenants : Ivan * Remise en canal 1 suite à un changement intempestif en canal 6 avec pollution de "bossuet" et" ivan" = 25 Novembre 04 - 14h - Intervention sur place = Intervenants : Mathieu, Ivan * Remplacement de l'antenne omni 9dB par une antenne grid 15 dbB = 16 Novembre 04 - 19h00 - Intervention sur distante = Intervenants : Philippe Monitoring suite à l'interruption de service de lundi 15 au mardi 16 novembre '''Incident''': Panik passe en rouge dans Nagios le 15 Novembre à 16h28 et réapparait le 16 novembre à 16:08 '''Analyse''': on observe les faits suivants: * La machine n'a pas été arretée, le processus aodv n'a pas été redémarré -- le problème s'est donc réglé ''de lui-même'' * Durant toute la durée de l'incident, il n'y avait que une et une seule machine dans les tables de routage AODV: Arnaud (chardons) * Fait intéressant: le noeud chardons était ''rouge'' dans Nagios '''pendant le même laps de temps'''!! Il semble donc que ces 2 machines se sont ''isolées'' du réseau.<br />L'analyse des logs de Josaphat confirme ce point: aucune des 2 machines n'est dans les tables de routage durant l'incident. '''Conclusion''': On ne peut rien conclure de ces observations, seulement émettre des hypothèses... <br />Il faudrait collecter plus d'informations sur les noeuds (info wireless, ...) = 13 novembre 04 - 16h00 - Intervention distante = Intervenant : Philippe * Limitation du lien a 2Mb/s (live + mise-à-jour de ''/etc/network/interface''). * Mise a jour de ''/etc/hosts'' [[Category:Gestion RéseauCitoyen]] 0 1 1426 1397 2006-11-21T05:25:22Z Fraseyboy 2 wikitext text/x-wiki = About this Wiki = This wiki has been initially setup to support the design and the development of [[Bubble]] version 2. Over time, it became the host of other projects loosely coupled to [http://www.reseaucitoyen.be RéseauCitoyen]. = Contents = * [[Bubble]]: a mini Linux distribution designed to run a wireless [http://www.reseaucitoyen.be RéseauCitoyen] node. * [[RC-1000]]: transform an Orinoco RG-1000 into a [http://www.reseaucitoyen.be RéseauCitoyen] node * [[Opération Panik]]: audio streaming for [http://www.reseaucitoyen.be RéseauCitoyen] Testimonial * [[Gestion RéseauCitoyen]]: node logbook * [[Wrt Citoyen]]: some notes about running AODV-UU / OLSR on [http://openwrt.org OpenWrt] * [[Noeud Bulles]]: this wiki is also the main site of the bulles.bxl.rc [http://www.reseaucitoyen.be RéseauCitoyen] node. * [[Bering-uClibc]]: build a [http://www.reseaucitoyen.be RéseauCitoyen] on top of [[Bering-uClibc]] [http://www.gambling-online-theory.com/casinos/strategy-casinos.html strategy casinos] [http://www.casinos-new.com/poker.html Online casino - Poker in casino] [http://www.fortune-slots.com/ slots] [http://www.gambling-online-theory.com/casinos-portal/best-casinos-online.html best casinos online] [http://www.slots-wiki.com/index.php/online_slots online slots] [http://www.gambling-online-theory.com/casinos/on-line-casinos.html on line casinos] [http://www.online-casino-wiki.com/index.php/online_casino_directory online casino directory] [http://www.casino-theory.com/online-casino-royale/online-casino-gamble.html online casino gamble] [http://www.gambling-online-theory.com/casinos-portal/index.html casinos portal] [http://www.online-casino-wiki.com/index.php/online_casino_directory online casino directory] [http://www.gambling-online-theory.com/casinos-portal/best-casinos-online.html best casinos online] [http://www.magical-casino.com/casino_download.html Casino Downloading Action.] [http://www.bestweb-online-casinos.com/slots-game/diamond-club-slots.html diamond club slots] [http://www.casino-theory.com/online-casino-bonus/online-casino-net.html online casino net] [http://www.casino-theory.com/online-casino-royale/online-casino-gamble.html online casino gamble] [http://www.casino-games-wiki.com/index.php/play_casino_games play casino games] [http://www.casino-games-wiki.com/index.php/online_casino_games online casino games] [http://www.online-casino-wiki.com/index.php/online_casino online casino] [http://www.magical-casino.com/casino_bonus.html Casino Bonus ] [http://www.casino-games-wiki.com/index.php/play_casino_games_games_online play casino games games online] 1439 1426 2006-11-23T09:42:33Z Phil 1 Reverted edit of Fraseyboy, changed back to last version by Phil wikitext text/x-wiki = About this Wiki = This wiki has been initially setup to support the design and the development of [[Bubble]] version 2. Over time, it became the host of other projects loosely coupled to [http://www.reseaucitoyen.be RéseauCitoyen]. = Contents = * [[Bubble]]: a mini Linux distribution designed to run a wireless [http://www.reseaucitoyen.be RéseauCitoyen] node. * [[RC-1000]]: transform an Orinoco RG-1000 into a [http://www.reseaucitoyen.be RéseauCitoyen] node * [[Opération Panik]]: audio streaming for [http://www.reseaucitoyen.be RéseauCitoyen] Testimonial * [[Gestion RéseauCitoyen]]: node logbook * [[Wrt Citoyen]]: some notes about running AODV-UU / OLSR on [http://openwrt.org OpenWrt] * [[Noeud Bulles]]: this wiki is also the main site of the bulles.bxl.rc [http://www.reseaucitoyen.be RéseauCitoyen] node. * [[Bering-uClibc]]: build a [http://www.reseaucitoyen.be RéseauCitoyen] on top of [[Bering-uClibc]] 0 1291 1427 1296 2006-11-21T06:02:09Z Fraseyboy 2 wikitext text/x-wiki {{Outdated}} The main part of of Bubble is based on the [http://www.uclibc.org/ uClibc/Busybox buildroot]. = Original [[BuildRoot]] = Since there is no much documentation about it, this pages gives a brief overview on the directory layout. == Version 1.99 Layout == {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |'''Path''' ||'''Makefile Variable'''||'''Description''' |- |buildroot/ ||BASE_DIR ||Main directory |- |....Makefile ||- ||The master makefile! |- |....make/ ||- ||All the included makefiles (per package) |- |....sources/ ||SOURCE_DIR ||Sources! |- |........dl/ ||DL_DIR ||All the downloaded packages are here! (cache) |- |........kernel-patches/ ||- ||Patches to apply to the kernel |- |........target-skeleton/ ||- ||Skeleton of the target filesystem |- |bgcolor="#DDDDFF"|........packages-skeleton/||bgcolor="#DDDDFF"|- ||bgcolor="#DDDDFF"|Skeleton for the packages (See [[Bubble package]]) |- |bgcolor="#DDDDFF"|............<Package>/ ||bgcolor="#DDDDFF"|- ||bgcolor="#DDDDFF"|Skeleton for a particular packages |- |........<Other files> ||- ||All the files needed to configure & build the various packages |- |....toolchain_build_i386/ ||TOOL_BUILD_DIR ||Toolchain: gcc/binutils x-compilers |- |....build_i386/ ||BUILD_DIR ||The actual build directory |- |........root/ ||TARGET_DIR ||The ''root'' of the distribution <br />All packages are installed in this directory |- |........staging_dir/ ||STAGING_DIR ||Contains all the libraries/include files, ...<br />All the libraries are installed here, the packages are linked against STAGING_DIR |- |........<Components Dirs> ||- ||Directory where each [[BuildRoot]] component is unpacked, configured and build |- |bgcolor="#DDDDFF"|........packages/ ||bgcolor="#DDDDFF"|PACKAGE_DIR||bgcolor="#DDDDFF"|Directory where the bubble packages are generated (See [[Bubble package]]) |- bgcolor="#DDDDFF" |............<Package> ||- ||Directory where each bubble package lives (similar to TARGET_DIR) |- bgcolor="#DDDDFF" |............drivers/ ||- ||Directory for the ''drivers'' packages |- |....root_fs ||IMAGE ||Image of the root filesystem |- |bgcolor="#DDDDFF"|....image/ ||bgcolor="#DDDDFF"|BUBBLE_IMAGE_DIR ||bgcolor="#DDDDFF"|Directory for bootable image and package tarballs |- |||||bgcolor="#DDDDFF"|This background color means: bubble addition to the original [[BuildRoot]] |} == Bubble 2.x layout == The [[BuildRoot]] directory structure has been reviewed in Oct-04, so we changed Bubble as well! {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |'''Path''' ||'''Makefile Variable'''||'''Description''' |- |buildroot/ ||BASE_DIR ||Main directory |- |....Makefile ||- ||The master makefile! |- |....Config.in ||- ||The master configuration file |- |....toolchain/ ||- ||All the stuff needed to build the toolchain (makefiles & config) |- |....toolchain_build_i386/ ||TOOL_BUILD_DIR ||Toolchain built: gcc/binutils x-compilers |- |....package/ ||- ||All the stuff needed to build the ''packages'' (makefiles & config) |- |........<package>/ ||- ||All the stuff needed to build a single package |- |............<package>/Config.in ||- ||Package configuration |- |............<package>/<package>.mk||- ||Package makefile |- |............<package>/... ||- ||Patch file, ... (whatever is needed to build this package) |- |bgcolor="#DDDDFF"|............<package>/<Bubble>||bgcolor="#DDDDFF"|- ||bgcolor="#DDDDFF"|For each package we want to build as a Bubble package, we make some changes here -- See [[Bubble package]] for details |- |........linux/kernel-patches/ ||- ||Package Linux: Patches to apply to the kernel |- |....target/ ||- ||All the stuff needed to build the final ''target'' (makefiles & config) |- |........default/target-skeleton/ ||- ||Skeleton of the target filesystem |- |....dl/ ||DL_DIR ||All the downloaded packages are here! (cache) |- |....build_i386/ ||BUILD_DIR ||The actual build directory |- |........root/ ||TARGET_DIR ||The ''root'' of the distribution <br />All packages are installed in this directory |- |........staging_dir/ ||STAGING_DIR ||Contains all the libraries/include files, ...<br />All the libraries are installed here, the packages are linked against STAGING_DIR |- |........<Components Dirs> ||- ||Directory where each [[BuildRoot]] component is unpacked, configured and built |- bgcolor="#DDDDFF" |........bubble/||BUBBLE_DIR ||Workspace where the Bubble packages are packaged |- bgcolor="#DDDDFF" |............<Package Dir>||- ||Directory where each Bubble package is ''prepared'' |- bgcolor="#DDDDFF" |............<Package>.bbl||- ||Bubble package |- |....root_fs ||IMAGE ||Image of the root filesystem |- |||||bgcolor="#DDDDFF"|This background color means: bubble addition to the original [[BuildRoot]] |} /!\ Still need to define target location for images & drivers... = Bubble [[BuildRoot]] = We have here 2 objectives: 1. Cleanup of the ''core'': the initial root_fs should be as small as possible. <br />The problem is that the kernel will install by default all the compiled modules while we need a limited selection.<br />Therefore we install the modules in the STAGING_DIR and copy what we need in the TARGET_DIR afterwards. 1. Modularity: we need to be able to generate separate packages for all the non-core modules (e.g. ssh, ...).<br />Approach: ''install'' each package in a separate directory under PACKAGE_DIR (1.99) BUBBLE_DIR (2.x). = Makefile targets = == Bubble 1.99 == make:: Build the whole stuff!<br />Core is generated in TARGET_DIR, packages in PACKAGE_DIR.<br />The bootable image and the package tarballs are copied in the BUBBLE_IMAGE_DIR directory (based on the [[Bubble configuration file]]) make rootclean:: Cleanup TARGET_DIR make packageclean:: Cleanup PACKAGE_DIR make bubbleclean:: Cleanup TARGET_DIR and PACKAGE_DIR The first time we just need to do '''''make''''', after modification to the buildroot, it is recommended to run '''''make bubbleclean && make''''' == Bubble 2.x == make:: Build the core (root FS) make packages:: Build all the packages /!\ Work in progress [[Category:Bubble]] [http://www.fortune-slots.com/ slots] [http://www.casinos-go.com/online-casino-tips/online-casino-on-the-net.html online casino on the net] [http://www.casino-games-wiki.com/index.php/casino_games_rules casino games rules] [http://www.casino-theory.com/online-casino-bonus/index.html online casino bonus] [http://www.magical-casino.com/online_bonus.html Bonuses in Online Casinos.] [http://www.slots-wiki.com/index.php/slots_online slots online] [http://www.gambling-online-theory.com/casinos-portal/index.html casinos portal] [http://www.magical-casino.com/security.html Casinos security online.] [http://www.magical-casino.com/online_bonus.html Bonuses in Online Casinos.] [http://www.casinos-go.com/online-casino-tips/index.html online casino tips] 1438 1427 2006-11-23T09:42:29Z Phil 1 Reverted edit of Fraseyboy, changed back to last version by Phil wikitext text/x-wiki {{Outdated}} The main part of of Bubble is based on the [http://www.uclibc.org/ uClibc/Busybox buildroot]. = Original [[BuildRoot]] = Since there is no much documentation about it, this pages gives a brief overview on the directory layout. == Version 1.99 Layout == {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |'''Path''' ||'''Makefile Variable'''||'''Description''' |- |buildroot/ ||BASE_DIR ||Main directory |- |....Makefile ||- ||The master makefile! |- |....make/ ||- ||All the included makefiles (per package) |- |....sources/ ||SOURCE_DIR ||Sources! |- |........dl/ ||DL_DIR ||All the downloaded packages are here! (cache) |- |........kernel-patches/ ||- ||Patches to apply to the kernel |- |........target-skeleton/ ||- ||Skeleton of the target filesystem |- |bgcolor="#DDDDFF"|........packages-skeleton/||bgcolor="#DDDDFF"|- ||bgcolor="#DDDDFF"|Skeleton for the packages (See [[Bubble package]]) |- |bgcolor="#DDDDFF"|............<Package>/ ||bgcolor="#DDDDFF"|- ||bgcolor="#DDDDFF"|Skeleton for a particular packages |- |........<Other files> ||- ||All the files needed to configure & build the various packages |- |....toolchain_build_i386/ ||TOOL_BUILD_DIR ||Toolchain: gcc/binutils x-compilers |- |....build_i386/ ||BUILD_DIR ||The actual build directory |- |........root/ ||TARGET_DIR ||The ''root'' of the distribution <br />All packages are installed in this directory |- |........staging_dir/ ||STAGING_DIR ||Contains all the libraries/include files, ...<br />All the libraries are installed here, the packages are linked against STAGING_DIR |- |........<Components Dirs> ||- ||Directory where each [[BuildRoot]] component is unpacked, configured and build |- |bgcolor="#DDDDFF"|........packages/ ||bgcolor="#DDDDFF"|PACKAGE_DIR||bgcolor="#DDDDFF"|Directory where the bubble packages are generated (See [[Bubble package]]) |- bgcolor="#DDDDFF" |............<Package> ||- ||Directory where each bubble package lives (similar to TARGET_DIR) |- bgcolor="#DDDDFF" |............drivers/ ||- ||Directory for the ''drivers'' packages |- |....root_fs ||IMAGE ||Image of the root filesystem |- |bgcolor="#DDDDFF"|....image/ ||bgcolor="#DDDDFF"|BUBBLE_IMAGE_DIR ||bgcolor="#DDDDFF"|Directory for bootable image and package tarballs |- |||||bgcolor="#DDDDFF"|This background color means: bubble addition to the original [[BuildRoot]] |} == Bubble 2.x layout == The [[BuildRoot]] directory structure has been reviewed in Oct-04, so we changed Bubble as well! {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |'''Path''' ||'''Makefile Variable'''||'''Description''' |- |buildroot/ ||BASE_DIR ||Main directory |- |....Makefile ||- ||The master makefile! |- |....Config.in ||- ||The master configuration file |- |....toolchain/ ||- ||All the stuff needed to build the toolchain (makefiles & config) |- |....toolchain_build_i386/ ||TOOL_BUILD_DIR ||Toolchain built: gcc/binutils x-compilers |- |....package/ ||- ||All the stuff needed to build the ''packages'' (makefiles & config) |- |........<package>/ ||- ||All the stuff needed to build a single package |- |............<package>/Config.in ||- ||Package configuration |- |............<package>/<package>.mk||- ||Package makefile |- |............<package>/... ||- ||Patch file, ... (whatever is needed to build this package) |- |bgcolor="#DDDDFF"|............<package>/<Bubble>||bgcolor="#DDDDFF"|- ||bgcolor="#DDDDFF"|For each package we want to build as a Bubble package, we make some changes here -- See [[Bubble package]] for details |- |........linux/kernel-patches/ ||- ||Package Linux: Patches to apply to the kernel |- |....target/ ||- ||All the stuff needed to build the final ''target'' (makefiles & config) |- |........default/target-skeleton/ ||- ||Skeleton of the target filesystem |- |....dl/ ||DL_DIR ||All the downloaded packages are here! (cache) |- |....build_i386/ ||BUILD_DIR ||The actual build directory |- |........root/ ||TARGET_DIR ||The ''root'' of the distribution <br />All packages are installed in this directory |- |........staging_dir/ ||STAGING_DIR ||Contains all the libraries/include files, ...<br />All the libraries are installed here, the packages are linked against STAGING_DIR |- |........<Components Dirs> ||- ||Directory where each [[BuildRoot]] component is unpacked, configured and built |- bgcolor="#DDDDFF" |........bubble/||BUBBLE_DIR ||Workspace where the Bubble packages are packaged |- bgcolor="#DDDDFF" |............<Package Dir>||- ||Directory where each Bubble package is ''prepared'' |- bgcolor="#DDDDFF" |............<Package>.bbl||- ||Bubble package |- |....root_fs ||IMAGE ||Image of the root filesystem |- |||||bgcolor="#DDDDFF"|This background color means: bubble addition to the original [[BuildRoot]] |} /!\ Still need to define target location for images & drivers... = Bubble [[BuildRoot]] = We have here 2 objectives: 1. Cleanup of the ''core'': the initial root_fs should be as small as possible. <br />The problem is that the kernel will install by default all the compiled modules while we need a limited selection.<br />Therefore we install the modules in the STAGING_DIR and copy what we need in the TARGET_DIR afterwards. 1. Modularity: we need to be able to generate separate packages for all the non-core modules (e.g. ssh, ...).<br />Approach: ''install'' each package in a separate directory under PACKAGE_DIR (1.99) BUBBLE_DIR (2.x). = Makefile targets = == Bubble 1.99 == make:: Build the whole stuff!<br />Core is generated in TARGET_DIR, packages in PACKAGE_DIR.<br />The bootable image and the package tarballs are copied in the BUBBLE_IMAGE_DIR directory (based on the [[Bubble configuration file]]) make rootclean:: Cleanup TARGET_DIR make packageclean:: Cleanup PACKAGE_DIR make bubbleclean:: Cleanup TARGET_DIR and PACKAGE_DIR The first time we just need to do '''''make''''', after modification to the buildroot, it is recommended to run '''''make bubbleclean && make''''' == Bubble 2.x == make:: Build the core (root FS) make packages:: Build all the packages /!\ Work in progress [[Category:Bubble]] 0 1287 1428 1292 2006-11-21T07:10:29Z Fraseyboy 2 wikitext text/x-wiki = Version = The [[BuildRoot]] is based on Linux 2.4.31 (V1.99 was 2.4.21) The kernel is ''tagged'' and linux-2.4.31-bubble = Patches = * Orinoco drivers 0.13e * Orinoco monitor atch * HostAP = Configuration = The size of the kernel will bas as small as possible, optional parts are compiled as modules. * Loadable module support: yes obviously, but no versionning though * Processor type and features: 386 with math support (should run on everything) * General setup: ** no Eisa/MCA support ** Hotplug/PCMCIA support (modules) ** Support only Elf binaries ** Support APM (Otherwhise I cannot shut down my node...) ** No ACPI support * Memory Technology Devices: '''no support a this time''' * Parallel port: no support * Plug and Play: as module * Block devices: Support floppy (module) & ram disk * RAID and LVM: no support * Networking options. ** Packet socket (in case we need ''tcpdump'') ** Netfilter support ** Unix domain socket (do we really need this?) ** TCP/IP Networking ;) ** kernel level autoconfiguration '''not''' selected ** Netfilter configuration: main ones selected (We may want to build the other ones as modules) ** No IPV6 ** No ''other protocol'' ** No QoS * Telephony: no support * ATA/IDE/MFM/RL: module support (for CDROM!) * Firerwire: no support * I20: no support * Network device: Support via modules for: ** Ethernet 10/100 ** Wireless ** PCMCIA * Amateur Radio: no support * IrDA: no support * ISDN: no support * Old CD-ROMS: no support * Input core: no support * Character devices ** Virtual terminal & serial console support ** Unix98 PTYs ** No support for other options * Multimedia: no support * Filesystems: ** ext2, tmpfs, /proc & /dev/pts ** msdos & iso9660 as module * Console: Supports for VGA-Text * Sound: no support * USB: no support '''(Need to review this for WLAN USB devices)''' * Bluetooth: no support * Kernel Hacking: no support * Library routines: no zlib support [http://www.casinos-new.com/poker.html Online casino - Poker in casino] [http://www.casino-theory.com/online-casino-royale/play-free-online-casino.html play free online casino] [http://www.gambling-online-theory.com/casinos/fun-casinos.html fun casinos] [http://www.casinos-go.com/online-casino-tips/online-casino-on-the-net.html online casino on the net] [http://www.3wcasinos.com/roulette-tips/roulette-description.html roulette description] [http://www.magical-casino.com/games_variations.html Casino Games and variations.] [http://www.gambling-online-theory.com/casinos-portal/index.html casinos portal] [http://www.casino-games-wiki.com/index.php/online_casino_games online casino games] [http://www.fortune-slots.com/ slots] [http://www.casino-games-wiki.com/index.php/play_casino_games_games_online play casino games games online] 1437 1428 2006-11-23T09:42:27Z Phil 1 Reverted edit of Fraseyboy, changed back to last version by Phil wikitext text/x-wiki = Version = The [[BuildRoot]] is based on Linux 2.4.31 (V1.99 was 2.4.21) The kernel is ''tagged'' and linux-2.4.31-bubble = Patches = * Orinoco drivers 0.13e * Orinoco monitor atch * HostAP = Configuration = The size of the kernel will bas as small as possible, optional parts are compiled as modules. * Loadable module support: yes obviously, but no versionning though * Processor type and features: 386 with math support (should run on everything) * General setup: ** no Eisa/MCA support ** Hotplug/PCMCIA support (modules) ** Support only Elf binaries ** Support APM (Otherwhise I cannot shut down my node...) ** No ACPI support * Memory Technology Devices: '''no support a this time''' * Parallel port: no support * Plug and Play: as module * Block devices: Support floppy (module) & ram disk * RAID and LVM: no support * Networking options. ** Packet socket (in case we need ''tcpdump'') ** Netfilter support ** Unix domain socket (do we really need this?) ** TCP/IP Networking ;) ** kernel level autoconfiguration '''not''' selected ** Netfilter configuration: main ones selected (We may want to build the other ones as modules) ** No IPV6 ** No ''other protocol'' ** No QoS * Telephony: no support * ATA/IDE/MFM/RL: module support (for CDROM!) * Firerwire: no support * I20: no support * Network device: Support via modules for: ** Ethernet 10/100 ** Wireless ** PCMCIA * Amateur Radio: no support * IrDA: no support * ISDN: no support * Old CD-ROMS: no support * Input core: no support * Character devices ** Virtual terminal & serial console support ** Unix98 PTYs ** No support for other options * Multimedia: no support * Filesystems: ** ext2, tmpfs, /proc & /dev/pts ** msdos & iso9660 as module * Console: Supports for VGA-Text * Sound: no support * USB: no support '''(Need to review this for WLAN USB devices)''' * Bluetooth: no support * Kernel Hacking: no support * Library routines: no zlib support 0 1303 1429 1308 2006-11-21T18:14:45Z Fraseyboy 2 wikitext text/x-wiki = Coté émission (Panik) = == PC == Un RC:CitizenBac est utilisé: * Pentium 150 Mhz * 64 MB RAM (vérifiée avec [http://www.memtest86.com/ MemTest86]) * 1.6 GB Hard Disk (vérifié avec ''badblocks'') * Carte réseau SMC Ultra * Bridge PCMCIA ISA == Wifi == * Carte: PCMCIA Cisco 350 ou RC:EnGenius * Antenne: RC:RubberDuck via un pigtail RP-TNC = Coté réception (Josaphat) = == PC == Un PC ''tour'': * Pentium 200 Mhz MMX * 160 MB RAM (vérifiée avec [http://www.memtest86.com/ MemTest86]) * 1282 MB Hard Disk (vérifié avec ''badblocks'') * Carte son: Creative SB16 PnP == Wifi == * Carte: PCMCIA RC:EnGenius * Antenne: Omni 8 dBi via un pigtail N et un cable Ecoflex N/N == Problèmes résolus == * La carte perd son setup lorsqu'elle est débranchée. <br />Pile remplacée {OK} * 165 badblocks sur ke disque. <br />Disque changé {OK} = Problème hardware (pour référence) = Historique du problème hardware sur le RC:CitizenBac. <br />La machine a été remplacée J'ai détecté plusieurs comportements bizarres du système: * Un core dump lors de l'install * Une erreur de pagination au shutdown * Une corruption disque Si le hardware ne peux pas formellement être mis en cause dans les 2 premiers cas, le troisème est formellement identifié: cmp -bl /lib/modules/2.4.27-rc-1-386/kernel/drivers/ide/ide-core.o kernel/drivers/ide/ide-core.o 105379 0 ^{@ 3}C 106403 1 ^{A 3}C Cette corruption c'est produite à l'installation d'un nouveau noyeau pendant la création du initrd. Plusieurs causes sont probables: * Problème disque * Problème mémoire / cache (seuls 2 bytes du fichier sont affectés) * Problème de la carte mère en général (ben il a marche pendant plus d un an --eg) Aucun message d'erreur dans les logs.... /!\ plan d'action: * Test intensif de la mémoire (avec [http://www.memtest86.com/ MemTest86]) <br /> {OK} Quatre passes complètes sans erreur (16 heures de test!) * Test intensif du disque (avec badblocks -- le disque est ATA-1 et n'a pas d'infos SMART) <br /> X-( le disque a l'air d'avoir des problèmes intermitants: badblocks me renvoie une dizaine de blocs, je relance la commande en redirigeant la liste des blocks dans un fichier: plus d'erreur... * Autres tests <br /> {OK} Le processeur reste tiède avec cpuburn -- pas de problème de ce coté <!> Suite au résultats des tests précédents, je décide d'utiliser un autre disque... * Test pour badblocks dans une autre machine: pas de problème * Première partie de l'install de Sarge dans une autre machine: pas de problème * Install du HD dans la machine cible, continuation de l'install: corruption d'une librairie, impossible de finir l'install X-( <!> Pour préciser le problème, je reprend au début: * Install complet de Sarge a partir d'une autre machine: tout bon * Install du HD dans la machine cible: pas de problème au boot * Je décide alors de ''charger'' la machine en copiant le répertoire /usr et en vérifiant la consistance des données. <br />La procédure tourne toute la nuit sans corruptions... * Comme la plupart des problèmes on été rencontrés lors/suite à l'install de paquets Debian, je change mon script de test et fais la copie via <br />`tar -czf - | tar -xzf -` <br />et oh surprise après quelques minutes la machine se meurt avec des <br />`kernel: Unable to handle kernel paging request at virtual address ...` <br />De plus le problème est maintenant reproductible! Ce type de problème est généralement logiciel, mais il se produit ici avec avec une installation Sarge de base, ce qui est vraiment bizarre... <br />L'analyse du stack trace des Oopses ne révèle pas grand chose: * Aucun module exotique dans le stack * Se produit a des endroits différents * Est lié à la gestion disque/mémoire (allocation d'inode, swap, ...) A ce stade il est difficile d'apporter un conclusion formelle sur l'origine du problème. Bien qu'on puisse pousser les tests plus loin (étude du comportement sous Debian Woody par exemple), nous sommes de toutes façons en présence d'un système instable. <br />Je pense qu'il vaut mieux éviter d'installer un noeud sur des bases malsaines et suggère l'utilisation d'une autre machine. [[Category:Opération Panik]] [http://www.casino-theory.com/online-casino-royale/strategy-online-casino.html strategy online casino] [http://www.slots-wiki.com/index.php/slots_tips slots tips] [http://www.casinos-new.com/internet-casino.html Online casino - Internet Casinos] [http://www.slots-wiki.com/index.php/slots_online_bonus slots online bonus] [http://www.slots-wiki.com/index.php/slots slots] [http://www.casino-theory.com/online-casino-royale/strategy-online-casino.html strategy online casino] [http://www.gambling-online-theory.com/casinos-portal/casinos-games.html casinos games] [http://www.bestweb-online-casinos.com/slots-game/diamond-club-slots.html diamond club slots] [http://www.fortune-slots.com/ slots online] [http://www.online-casino-wiki.com/index.php/online_casino_tips online casino tips] 1436 1429 2006-11-23T09:42:24Z Phil 1 Reverted edit of Fraseyboy, changed back to last version by Phil wikitext text/x-wiki = Coté émission (Panik) = == PC == Un RC:CitizenBac est utilisé: * Pentium 150 Mhz * 64 MB RAM (vérifiée avec [http://www.memtest86.com/ MemTest86]) * 1.6 GB Hard Disk (vérifié avec ''badblocks'') * Carte réseau SMC Ultra * Bridge PCMCIA ISA == Wifi == * Carte: PCMCIA Cisco 350 ou RC:EnGenius * Antenne: RC:RubberDuck via un pigtail RP-TNC = Coté réception (Josaphat) = == PC == Un PC ''tour'': * Pentium 200 Mhz MMX * 160 MB RAM (vérifiée avec [http://www.memtest86.com/ MemTest86]) * 1282 MB Hard Disk (vérifié avec ''badblocks'') * Carte son: Creative SB16 PnP == Wifi == * Carte: PCMCIA RC:EnGenius * Antenne: Omni 8 dBi via un pigtail N et un cable Ecoflex N/N == Problèmes résolus == * La carte perd son setup lorsqu'elle est débranchée. <br />Pile remplacée {OK} * 165 badblocks sur ke disque. <br />Disque changé {OK} = Problème hardware (pour référence) = Historique du problème hardware sur le RC:CitizenBac. <br />La machine a été remplacée J'ai détecté plusieurs comportements bizarres du système: * Un core dump lors de l'install * Une erreur de pagination au shutdown * Une corruption disque Si le hardware ne peux pas formellement être mis en cause dans les 2 premiers cas, le troisème est formellement identifié: cmp -bl /lib/modules/2.4.27-rc-1-386/kernel/drivers/ide/ide-core.o kernel/drivers/ide/ide-core.o 105379 0 ^{@ 3}C 106403 1 ^{A 3}C Cette corruption c'est produite à l'installation d'un nouveau noyeau pendant la création du initrd. Plusieurs causes sont probables: * Problème disque * Problème mémoire / cache (seuls 2 bytes du fichier sont affectés) * Problème de la carte mère en général (ben il a marche pendant plus d un an --eg) Aucun message d'erreur dans les logs.... /!\ plan d'action: * Test intensif de la mémoire (avec [http://www.memtest86.com/ MemTest86]) <br /> {OK} Quatre passes complètes sans erreur (16 heures de test!) * Test intensif du disque (avec badblocks -- le disque est ATA-1 et n'a pas d'infos SMART) <br /> X-( le disque a l'air d'avoir des problèmes intermitants: badblocks me renvoie une dizaine de blocs, je relance la commande en redirigeant la liste des blocks dans un fichier: plus d'erreur... * Autres tests <br /> {OK} Le processeur reste tiède avec cpuburn -- pas de problème de ce coté <!> Suite au résultats des tests précédents, je décide d'utiliser un autre disque... * Test pour badblocks dans une autre machine: pas de problème * Première partie de l'install de Sarge dans une autre machine: pas de problème * Install du HD dans la machine cible, continuation de l'install: corruption d'une librairie, impossible de finir l'install X-( <!> Pour préciser le problème, je reprend au début: * Install complet de Sarge a partir d'une autre machine: tout bon * Install du HD dans la machine cible: pas de problème au boot * Je décide alors de ''charger'' la machine en copiant le répertoire /usr et en vérifiant la consistance des données. <br />La procédure tourne toute la nuit sans corruptions... * Comme la plupart des problèmes on été rencontrés lors/suite à l'install de paquets Debian, je change mon script de test et fais la copie via <br />`tar -czf - | tar -xzf -` <br />et oh surprise après quelques minutes la machine se meurt avec des <br />`kernel: Unable to handle kernel paging request at virtual address ...` <br />De plus le problème est maintenant reproductible! Ce type de problème est généralement logiciel, mais il se produit ici avec avec une installation Sarge de base, ce qui est vraiment bizarre... <br />L'analyse du stack trace des Oopses ne révèle pas grand chose: * Aucun module exotique dans le stack * Se produit a des endroits différents * Est lié à la gestion disque/mémoire (allocation d'inode, swap, ...) A ce stade il est difficile d'apporter un conclusion formelle sur l'origine du problème. Bien qu'on puisse pousser les tests plus loin (étude du comportement sous Debian Woody par exemple), nous sommes de toutes façons en présence d'un système instable. <br />Je pense qu'il vaut mieux éviter d'installer un noeud sur des bases malsaines et suggère l'utilisation d'une autre machine. [[Category:Opération Panik]] 0 1311 1431 1398 2006-11-22T03:53:03Z Fraseyboy 2 wikitext text/x-wiki = Journaux d'intervention en Ligne = Journaux d'interventions de noeuds [http://reseaucitoyen.be ReseauCitoyen] disponibles sur ce wiki: * [[Gestion Josaphat]] * [[Gestion Panik]] * [[Gestion Divers]] (interventions sur des noeuds en test) [[Category:Opération Panik]] [[Category:Gestion RéseauCitoyen]] [http://www.3wcasinos.com/roulette-tips/roulette-description.html roulette description] [http://www.slots-wiki.com/index.php/slots_online_bonus slots online bonus] [http://www.magical-casino.com/casino_risk.html Gambling Online - Risks.] [http://www.gambling-online-theory.com/casinos-portal/casinos-games.html casinos games] [http://www.casino-games-wiki.com/index.php/online_casino_games online casino games] [http://www.bestweb-online-casinos.com/best-online-casino/online-casino-free-game.html online casino free game] [http://www.bestweb-online-casinos.com/slots-game/diamond-club-slots.html diamond club slots] [http://www.casinos-go.com/online-casino-tips/online-casino-on-the-net.html online casino on the net] [http://www.casinos-go.com/online-casino-tips/online-casino-on-the-net.html online casino on the net] [http://www.casino-games-wiki.com/index.php/on_line_casino_games on line casino games] [http://www.casino-games-wiki.com/index.php/casino_games_rules casino games rules] [http://www.magical-casino.com/online_games.html Online casino games.] [http://www.magical-casino.com/casino_bonus.html Casino Bonus ] [http://www.magical-casino.com/casino_risk.html Gambling Online - Risks.] [http://www.casinos-go.com/online-casino-tips/online-casino-on-the-net.html online casino on the net] [http://www.slots-wiki.com/index.php/slots slots] [http://www.magical-casino.com/casino_download.html Casino Downloading Action.] [http://www.casino-theory.com/online-casino-bonus/online-casino-net.html online casino net] [http://www.3wcasinos.com/roulette-tips/index.html roulette tips] [http://www.slots-wiki.com/index.php/online_slots online slots] 1434 1431 2006-11-23T09:42:19Z Phil 1 Reverted edit of Fraseyboy, changed back to last version by Phil wikitext text/x-wiki = Journaux d'intervention en Ligne = Journaux d'interventions de noeuds [http://reseaucitoyen.be ReseauCitoyen] disponibles sur ce wiki: * [[Gestion Josaphat]] * [[Gestion Panik]] * [[Gestion Divers]] (interventions sur des noeuds en test) [[Category:Opération Panik]] [[Category:Gestion RéseauCitoyen]] 0 1299 1432 1333 2006-11-22T16:04:04Z Fraseyboy 2 wikitext text/x-wiki = Requirements = * RG-1000 device :-? * TFTP Server * NFS Server * DHCP Server * RC-1000 [http://reseaucitoyen.be ReseauCitoyen] distribution. <br />[http://reseaucitoyen.be/diskless/rc1000/ Download the latest build] <br />It contains 3 files: ** '''''firmware-rc1000.img''''': RG-1000 firware image (!KarlBridge) with [http://www.etherboot.org Etherboot] ** '''''kernel-rc1000.nbi''''': Linux kernel 2.4 in Network Bootable Image format ** '''''root-fs-rc1000.tbz''''': Root filesystem bzipped tarball = Flash the new RG-1000 Firmware = First, you need to re-flash your RG-1000 with the '''''firmware-rc1000.img''''' firmware See the [[Rg Flash]] for more details = Upgrade the Orinoco card Firmware = The RG-1000 contains an Orinoco card with a relatively old firmware. <br />Although not mandatory, I '''strongly''' recommend to upgrade the firmware of the card. You will have to open your RG-1000 (See [http://reseaucitoyen.be/gallery/view_album.php?set_albumName=rg1000 pictures]) <br />Follow these [[RC:OrinocoSilver|instructions]] = TFTP Server = We strongly recommend the use of the ''tftp-hpa'' server. <br />Debian: ''apt-get install tftpd-hpa'' Configuring TFTP is very simple. You just need: tftp dgram udp wait root /usr/sbin/in.tftpd tftpd -v -s /tftpboot in /etc/inetd.conf (/tftpboot is the directory which will contains the boot images). <br />Do not forget to restart inetd after chanfing /etc/inetd.conf: /etc/init.d/inetd reload Copy the firmware into your /tftpboot directory. <br />E.g.: mkdir /tftpboot/rc1000 cp kernel-rc1000.nbi /tftpboot/rc1000 = NFS Server = Debian: ''apt-get install nfs-kernel-server'' <br />or the user-mode version: ''apt-get install nfs-user-server'' Unpack the root image somewhere on your NFS Server. <br />This '''must''' be done as '''''root''''' to preserve the devices et permissions! <br />E.g.: mkdir /home/rc1000 tar xjf root-fs-rc1000.tbz -C /home/rc1000 Export the directory: add a line in ''/etc/exports''. <br />E.g.: /home/rc1000 192.168.1.0/24(rw,no_root_squash,sync) The ''no_root_squash'' option is important to grant full root access to the client. You may want to restrict the address to the single address of the RG-1000 Finally, activate the export (for the kernel-mode version): exportfs -a = DHCP Server = We will need a BootP/DHCP server on the local network <br />Debian (ISC dhcpd 3.0): ''apt-get install dhcp3-server'' Here is an example which show how to configure ISC dhcpd 3.0 (extract of /etc/dhcp3/dhcpd.conf): subnet 192.168.1.0 netmask 255.255.255.0 { # Other declarations... # Etherboot Client Example host rc1000 { option host-name "rc1000"; # Hostname hardware ethernet 00:02:2d:15:2a:af; # Mac address of the node fixed-address rc1000.bulles-dsl; # Assigned IP (DNS will resolve the name) server-name "bulles-nc.bulles-dsl"; # Name of the DHCP server option tftp-server-name "bulles-nc"; # Name of the TFTP server (can be another host than the DHCP server) next-server bulles-nc.bulles-dsl; # Address of the TFTP server filename "/rc1000/kernel-rc1000.nbi"; # Name of the kernel image (NBI format) option root-path "192.168.1.19:/home/rc1000"; # Address of the NFS Server and the directory containing the root image } } = Boot your RG-1000 = Let the magic happen! /!\ '''Note''': The very first boot takes some time, mainly due to the creation of the swap partition on the NFS root == Etherboot == With the RC-1000 custom firmware, the device will '''always''' jump to [http://www.etherboot.org Etherboot] and try to download the Linux kernel. If you want to access !KarlBridge, see the next paragraphs. Ensure the RG-1000 is on the network, and plug the power in. Observe the LEDs: {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |LEDs (Red/Amber sometimes misleading on the picture...) ||Power ||Wireless ||Ethernet ||Modem ||Phase ||Duration |- | http://reseaucitoyen.be/albums/rg1000/aan.jpg ||Amber ||Amber ||Amber ||Amber ||RG-1000 Initialisation ||5 secs |- |http://reseaucitoyen.be/albums/rg1000/aao.jpg ||Red ||Red ||Red ||Red ||Firware Initialisation ||2 secs |- |http://reseaucitoyen.be/albums/rg1000/aaq.jpg ||Red ||- ||Red ||Red ||Network Detected ||4 secs |- |http://reseaucitoyen.be/albums/rg1000/aap.jpg ||Red ||Green ||Green ||Green ||Etherboot started <br />The device will request an IP via DHCP and load linux kernel using TFTP <br />If the RG-1000 stays forever in this status, check your DHCP/TFTP settings||30 secs on first boot <br />10 on reboots |- |http://reseaucitoyen.be/albums/rg1000/aar.jpg ||Amber ||Red ||Red ||Red ||Linux starts <br />Note hat I messed up in the LEDs in the 210304 build it is G-R-R-A||<1 sec |- |http://reseaucitoyen.be/albums/rg1000/aas.jpg ||Amber ||- ||Green Blink||- ||Linux boots ||7 secs |- |http://reseaucitoyen.be/albums/rg1000/aat.jpg ||Green ||- ||- ||- ||Linux ready <br />Wireless and Ethernet LEDs blink Green on access||- |} You can now ''telnet'' to the device! == Booting the KarlBridge firmware == If you want to boot the !KarlBridge firmware, just boot the unit with the network cable disconnected. <br />Reconnect the cable once the devices is started. ''[TODO] Document LEDs statuses'' == Connecting a Console == It is also possible to have access to the Linux Console via the modem port of the RG-1000. # Il faut un 'vrai modem' -- je veux dire par là que le modem doit pouvoir supporter une communication sur laquelle il n'y a pas de courrant(à l'opposé d'une ligne téléphonique). <br />N'importe quel 'vieux machin' doit faire l'affaire, mais ouliez un !WinModem ou la plupart des modems Laptops... # Connecter le modem au RG-1000 en back-to-back (simple cable téléphonique droit) # Connecter le modem au port série du PC (Cable série droit) # Installez minicom sur Linux (ou utiliser WinTel HyperTerm) sur une Debian Sarge: ## En tant que root, installer le package<br />`apt-get install minicom` ## En tant que root, s'ajouter dans le groupe "dialout" <br />`adduser <your_user> dialout` ## En tant qu'utilisateur non privilégié, configurer minicom <br />`minicom -s` ## On tombe dans une interface interactive en mode texte, le seul paramètre à changer est "Configuration du port série / Port série" qui est /dev/modem et que j'ai changé en /dev/ttyS0<br />Ne pas oublier de sauver la config avant de sortir<br />En tant qu'utilisateur non privilégié<br />`minicom` # verifier que le PC parle au modem (e.g. commande ATI) # Booter le RG-1000, dès que les 4 LEDs ambre passent au rouge (pas avant!), appuyez sur 'forced reload' pendant 'un certain temps' (4 rouges -> 3 rouges -> autre chose: a ce point relachez le forced reload) # Dans minicom: initialiser la connection -- l'incantation est: 'ATX1D' # La console se connecte et demande si on veux Etherboot ou le firmware original -- choisir Etherboot ''[TODO] Translate text :-) '' = Install Packages = The root file system (root-fs-rc1000.tbz) included in the distribution contains the bare minimum to boot the system and establish a network connection ('''no wireless at this stage'''). You have to install additional packages to have a fully functional node == Why packages? == The first version of the distribution was ''monolythic''. Easy to install, but a pain to upgrade as you always have to overwrite your previous configuration. Then I came accross [http://handhelds.org/moin/moin.cgi/Ipkg IPKG] and decided to re-package the whole thing with it. Now you just have to install once, update from time to time! == Obtaining packages / configuring ipkg == The official packages feed is available at * Internet: http://reseaucitoyen.be/diskless/rc1000/feeds/stable/ * ReseauCitoyen: ** http://rbulles.bxl.rc/rc1000/feeds/stable/ ** http://10.51.110.172/rc1000/feeds/stable/ If your have internet access, and your DHCP server is well configured (that is: it provides the default gateway, ...) you just need to check the ''nameserver'' entries in ''/etc/resolv.conf'' and you are ready to go! Telnet to your RG-1000, test your connectivity: # ping belnet.be PING belnet.be (193.190.198.53): 56 data bytes 64 bytes from 193.190.198.53: icmp_seq=0 ttl=54 time=13.1 ms ... (Do not attempt to ping reseaucitoyen.be as it does not answer ICMPs!) <br />and update your package list: # ipkg update Downloading http://ReseauCitoyen.be/diskless/rc1000/feeds/stable/Packages Updated list of available packages in /usr/lib/ipkg/lists/stable If you have internet access, but cannot ping ''reseaucitoyen.be'', please check your network configuration -- this is a bit out of the scope of this Install Guide! In case you cannot access ''reseaucitoyen.be'' from your RG-1000, then you can: * Copy the feed to a local system, and update `/etc/ipkg.conf` on the RG-1000 accordingly * Copy the feed to the nfs-mounted partition so that they are directly accessible from the RG-1000 and install directly from file. In any case, please read the [http://handhelds.org/moin/moin.cgi/Ipkg IPKG Documentation] before bugging me :-? == Pre-installed packages == The initial disk image contains the following packages (minimal configuration to be able to boot the RG-1000 and access it through the LAN interface): * base-files (base configuration files, devices, ...) * hosts-file (/etc/hosts) * uclibc (base libraries) * busybox (base utilisties) * diffutils (diff -- needed by ipkg) * ipkg (the key to the rest of the install) == Packages you should install == To have a working node, you should install the following packages: * linux-modules (kernel modules, mainly the drivers for the wireless device) * iptables (firewall) * aodv-uu / aodv-uu-ipt (AOVD-UU without/with my iptables patch) * aodv-uu-cfg (aodv startup scripts) * wtools (wireless tools) * tinyhttp (small http server to get status of the node via the web) # ipkg install linux-modules iptables aodv-uu-ipt wtools tinyhttp Installing linux-modules (2.4.23-rc-1) to root... Downloading http://ReseauCitoyen.be/diskless/rc1000/feeds/stable/linux-modules_2.4.23-rc-1_i386.ipk Installing iptables (1.2.8-1) to root... Downloading http://ReseauCitoyen.be/diskless/rc1000/feeds/stable/iptables_1.2.8-1_i386.ipk Installing aodv-uu-ipt (0.8.1-1) to root... Downloading http://ReseauCitoyen.be/diskless/rc1000/feeds/stable/aodv-uu-ipt_0.8.1-1_i386.ipk Installing aodv-uu-cfg (0.8.1-1) to root... Downloading http://ReseauCitoyen.be/diskless/rc1000/feeds/stable/aodv-uu-cfg_0.8.1-1_i386.ipk Installing wtools (26-1) to root... Downloading http://ReseauCitoyen.be/diskless/rc1000/feeds/stable/wtools_26-1_i386.ipk Installing tinyhttp (1.0.0-1) to root... Downloading http://ReseauCitoyen.be/diskless/rc1000/feeds/stable/tinyhttp_1.0.0-1_i386.ipk Configuring aodv-uu-cfg Configuring aodv-uu-ipt Configuring iptables Configuring linux-modules Configuring tinyhttp Configuring wtools Successfully terminated. Reboot to start all the services and you are all set! <br />(It looks like I am not able to reset the wireless card properly at reboot when we use hostap. So it is safer to halt the device, and power-off / power-on the unit) == Other packages == If needed, you can also install the following packages: * kismet (kismet drone) * libcpp (C++ libraries needed by kismet) * u-olsrd (If you want to experiment with OLSR and join the Guild of the Blue Trappis) * dropbear-sshd (ssh server) * zlib (needed by dropbear) == IPKG and Firewall == Note that once the ''iptables'' package is installed, you will not be able to access the internet anymore, due to the strict firewalling rules. You can relax the protection during the upgrades -- e.g.: # iptables -I OUTPUT -o eth0 -d 212.68.212.217 -j ACCEPT # iptables -I INPUT -i eth0 -s 212.68.212.217 -j ACCEPT Depending on your local configuration, you may need to give access to the nameservers as well... [[Category:RC-1000]] [http://www.magical-casino.com/online_games.html Online casino games.] [http://www.casino-games-wiki.com/index.php/casino_games_rules casino games rules] [http://www.gambling-online-theory.com/casinos-portal/internet-casinos-sites.html internet casinos sites] [http://www.casino-theory.com/bingo-online/gambling-online-bingo.html gambling online bingo] [http://www.magical-casino.com/casino_games.html Casino games.] [http://www.magical-casino.com/security.html Casinos security online.] [http://www.gambling-online-theory.com/fortune-roulette/on-line-roulette-game.html on line roulette game] [http://www.casino-theory.com/online-casino-royale/strategy-online-casino.html strategy online casino] [http://www.casino-games-wiki.com/index.php/casino_games_online casino games online] [http://www.casino-theory.com/craps-rules/internet-craps-gambling.html internet craps gambling] 1433 1432 2006-11-23T09:42:10Z Phil 1 Reverted edit of Fraseyboy, changed back to last version by Phil wikitext text/x-wiki = Requirements = * RG-1000 device :-? * TFTP Server * NFS Server * DHCP Server * RC-1000 [http://reseaucitoyen.be ReseauCitoyen] distribution. <br />[http://reseaucitoyen.be/diskless/rc1000/ Download the latest build] <br />It contains 3 files: ** '''''firmware-rc1000.img''''': RG-1000 firware image (!KarlBridge) with [http://www.etherboot.org Etherboot] ** '''''kernel-rc1000.nbi''''': Linux kernel 2.4 in Network Bootable Image format ** '''''root-fs-rc1000.tbz''''': Root filesystem bzipped tarball = Flash the new RG-1000 Firmware = First, you need to re-flash your RG-1000 with the '''''firmware-rc1000.img''''' firmware See the [[Rg Flash]] for more details = Upgrade the Orinoco card Firmware = The RG-1000 contains an Orinoco card with a relatively old firmware. <br />Although not mandatory, I '''strongly''' recommend to upgrade the firmware of the card. You will have to open your RG-1000 (See [http://reseaucitoyen.be/gallery/view_album.php?set_albumName=rg1000 pictures]) <br />Follow these [[RC:OrinocoSilver|instructions]] = TFTP Server = We strongly recommend the use of the ''tftp-hpa'' server. <br />Debian: ''apt-get install tftpd-hpa'' Configuring TFTP is very simple. You just need: tftp dgram udp wait root /usr/sbin/in.tftpd tftpd -v -s /tftpboot in /etc/inetd.conf (/tftpboot is the directory which will contains the boot images). <br />Do not forget to restart inetd after chanfing /etc/inetd.conf: /etc/init.d/inetd reload Copy the firmware into your /tftpboot directory. <br />E.g.: mkdir /tftpboot/rc1000 cp kernel-rc1000.nbi /tftpboot/rc1000 = NFS Server = Debian: ''apt-get install nfs-kernel-server'' <br />or the user-mode version: ''apt-get install nfs-user-server'' Unpack the root image somewhere on your NFS Server. <br />This '''must''' be done as '''''root''''' to preserve the devices et permissions! <br />E.g.: mkdir /home/rc1000 tar xjf root-fs-rc1000.tbz -C /home/rc1000 Export the directory: add a line in ''/etc/exports''. <br />E.g.: /home/rc1000 192.168.1.0/24(rw,no_root_squash,sync) The ''no_root_squash'' option is important to grant full root access to the client. You may want to restrict the address to the single address of the RG-1000 Finally, activate the export (for the kernel-mode version): exportfs -a = DHCP Server = We will need a BootP/DHCP server on the local network <br />Debian (ISC dhcpd 3.0): ''apt-get install dhcp3-server'' Here is an example which show how to configure ISC dhcpd 3.0 (extract of /etc/dhcp3/dhcpd.conf): subnet 192.168.1.0 netmask 255.255.255.0 { # Other declarations... # Etherboot Client Example host rc1000 { option host-name "rc1000"; # Hostname hardware ethernet 00:02:2d:15:2a:af; # Mac address of the node fixed-address rc1000.bulles-dsl; # Assigned IP (DNS will resolve the name) server-name "bulles-nc.bulles-dsl"; # Name of the DHCP server option tftp-server-name "bulles-nc"; # Name of the TFTP server (can be another host than the DHCP server) next-server bulles-nc.bulles-dsl; # Address of the TFTP server filename "/rc1000/kernel-rc1000.nbi"; # Name of the kernel image (NBI format) option root-path "192.168.1.19:/home/rc1000"; # Address of the NFS Server and the directory containing the root image } } = Boot your RG-1000 = Let the magic happen! /!\ '''Note''': The very first boot takes some time, mainly due to the creation of the swap partition on the NFS root == Etherboot == With the RC-1000 custom firmware, the device will '''always''' jump to [http://www.etherboot.org Etherboot] and try to download the Linux kernel. If you want to access !KarlBridge, see the next paragraphs. Ensure the RG-1000 is on the network, and plug the power in. Observe the LEDs: {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |LEDs (Red/Amber sometimes misleading on the picture...) ||Power ||Wireless ||Ethernet ||Modem ||Phase ||Duration |- | http://reseaucitoyen.be/albums/rg1000/aan.jpg ||Amber ||Amber ||Amber ||Amber ||RG-1000 Initialisation ||5 secs |- |http://reseaucitoyen.be/albums/rg1000/aao.jpg ||Red ||Red ||Red ||Red ||Firware Initialisation ||2 secs |- |http://reseaucitoyen.be/albums/rg1000/aaq.jpg ||Red ||- ||Red ||Red ||Network Detected ||4 secs |- |http://reseaucitoyen.be/albums/rg1000/aap.jpg ||Red ||Green ||Green ||Green ||Etherboot started <br />The device will request an IP via DHCP and load linux kernel using TFTP <br />If the RG-1000 stays forever in this status, check your DHCP/TFTP settings||30 secs on first boot <br />10 on reboots |- |http://reseaucitoyen.be/albums/rg1000/aar.jpg ||Amber ||Red ||Red ||Red ||Linux starts <br />Note hat I messed up in the LEDs in the 210304 build it is G-R-R-A||<1 sec |- |http://reseaucitoyen.be/albums/rg1000/aas.jpg ||Amber ||- ||Green Blink||- ||Linux boots ||7 secs |- |http://reseaucitoyen.be/albums/rg1000/aat.jpg ||Green ||- ||- ||- ||Linux ready <br />Wireless and Ethernet LEDs blink Green on access||- |} You can now ''telnet'' to the device! == Booting the KarlBridge firmware == If you want to boot the !KarlBridge firmware, just boot the unit with the network cable disconnected. <br />Reconnect the cable once the devices is started. ''[TODO] Document LEDs statuses'' == Connecting a Console == It is also possible to have access to the Linux Console via the modem port of the RG-1000. # Il faut un 'vrai modem' -- je veux dire par là que le modem doit pouvoir supporter une communication sur laquelle il n'y a pas de courrant(à l'opposé d'une ligne téléphonique). <br />N'importe quel 'vieux machin' doit faire l'affaire, mais ouliez un !WinModem ou la plupart des modems Laptops... # Connecter le modem au RG-1000 en back-to-back (simple cable téléphonique droit) # Connecter le modem au port série du PC (Cable série droit) # Installez minicom sur Linux (ou utiliser WinTel HyperTerm) sur une Debian Sarge: ## En tant que root, installer le package<br />`apt-get install minicom` ## En tant que root, s'ajouter dans le groupe "dialout" <br />`adduser <your_user> dialout` ## En tant qu'utilisateur non privilégié, configurer minicom <br />`minicom -s` ## On tombe dans une interface interactive en mode texte, le seul paramètre à changer est "Configuration du port série / Port série" qui est /dev/modem et que j'ai changé en /dev/ttyS0<br />Ne pas oublier de sauver la config avant de sortir<br />En tant qu'utilisateur non privilégié<br />`minicom` # verifier que le PC parle au modem (e.g. commande ATI) # Booter le RG-1000, dès que les 4 LEDs ambre passent au rouge (pas avant!), appuyez sur 'forced reload' pendant 'un certain temps' (4 rouges -> 3 rouges -> autre chose: a ce point relachez le forced reload) # Dans minicom: initialiser la connection -- l'incantation est: 'ATX1D' # La console se connecte et demande si on veux Etherboot ou le firmware original -- choisir Etherboot ''[TODO] Translate text :-) '' = Install Packages = The root file system (root-fs-rc1000.tbz) included in the distribution contains the bare minimum to boot the system and establish a network connection ('''no wireless at this stage'''). You have to install additional packages to have a fully functional node == Why packages? == The first version of the distribution was ''monolythic''. Easy to install, but a pain to upgrade as you always have to overwrite your previous configuration. Then I came accross [http://handhelds.org/moin/moin.cgi/Ipkg IPKG] and decided to re-package the whole thing with it. Now you just have to install once, update from time to time! == Obtaining packages / configuring ipkg == The official packages feed is available at * Internet: http://reseaucitoyen.be/diskless/rc1000/feeds/stable/ * ReseauCitoyen: ** http://rbulles.bxl.rc/rc1000/feeds/stable/ ** http://10.51.110.172/rc1000/feeds/stable/ If your have internet access, and your DHCP server is well configured (that is: it provides the default gateway, ...) you just need to check the ''nameserver'' entries in ''/etc/resolv.conf'' and you are ready to go! Telnet to your RG-1000, test your connectivity: # ping belnet.be PING belnet.be (193.190.198.53): 56 data bytes 64 bytes from 193.190.198.53: icmp_seq=0 ttl=54 time=13.1 ms ... (Do not attempt to ping reseaucitoyen.be as it does not answer ICMPs!) <br />and update your package list: # ipkg update Downloading http://ReseauCitoyen.be/diskless/rc1000/feeds/stable/Packages Updated list of available packages in /usr/lib/ipkg/lists/stable If you have internet access, but cannot ping ''reseaucitoyen.be'', please check your network configuration -- this is a bit out of the scope of this Install Guide! In case you cannot access ''reseaucitoyen.be'' from your RG-1000, then you can: * Copy the feed to a local system, and update `/etc/ipkg.conf` on the RG-1000 accordingly * Copy the feed to the nfs-mounted partition so that they are directly accessible from the RG-1000 and install directly from file. In any case, please read the [http://handhelds.org/moin/moin.cgi/Ipkg IPKG Documentation] before bugging me :-? == Pre-installed packages == The initial disk image contains the following packages (minimal configuration to be able to boot the RG-1000 and access it through the LAN interface): * base-files (base configuration files, devices, ...) * hosts-file (/etc/hosts) * uclibc (base libraries) * busybox (base utilisties) * diffutils (diff -- needed by ipkg) * ipkg (the key to the rest of the install) == Packages you should install == To have a working node, you should install the following packages: * linux-modules (kernel modules, mainly the drivers for the wireless device) * iptables (firewall) * aodv-uu / aodv-uu-ipt (AOVD-UU without/with my iptables patch) * aodv-uu-cfg (aodv startup scripts) * wtools (wireless tools) * tinyhttp (small http server to get status of the node via the web) # ipkg install linux-modules iptables aodv-uu-ipt wtools tinyhttp Installing linux-modules (2.4.23-rc-1) to root... Downloading http://ReseauCitoyen.be/diskless/rc1000/feeds/stable/linux-modules_2.4.23-rc-1_i386.ipk Installing iptables (1.2.8-1) to root... Downloading http://ReseauCitoyen.be/diskless/rc1000/feeds/stable/iptables_1.2.8-1_i386.ipk Installing aodv-uu-ipt (0.8.1-1) to root... Downloading http://ReseauCitoyen.be/diskless/rc1000/feeds/stable/aodv-uu-ipt_0.8.1-1_i386.ipk Installing aodv-uu-cfg (0.8.1-1) to root... Downloading http://ReseauCitoyen.be/diskless/rc1000/feeds/stable/aodv-uu-cfg_0.8.1-1_i386.ipk Installing wtools (26-1) to root... Downloading http://ReseauCitoyen.be/diskless/rc1000/feeds/stable/wtools_26-1_i386.ipk Installing tinyhttp (1.0.0-1) to root... Downloading http://ReseauCitoyen.be/diskless/rc1000/feeds/stable/tinyhttp_1.0.0-1_i386.ipk Configuring aodv-uu-cfg Configuring aodv-uu-ipt Configuring iptables Configuring linux-modules Configuring tinyhttp Configuring wtools Successfully terminated. Reboot to start all the services and you are all set! <br />(It looks like I am not able to reset the wireless card properly at reboot when we use hostap. So it is safer to halt the device, and power-off / power-on the unit) == Other packages == If needed, you can also install the following packages: * kismet (kismet drone) * libcpp (C++ libraries needed by kismet) * u-olsrd (If you want to experiment with OLSR and join the Guild of the Blue Trappis) * dropbear-sshd (ssh server) * zlib (needed by dropbear) == IPKG and Firewall == Note that once the ''iptables'' package is installed, you will not be able to access the internet anymore, due to the strict firewalling rules. You can relax the protection during the upgrades -- e.g.: # iptables -I OUTPUT -o eth0 -d 212.68.212.217 -j ACCEPT # iptables -I INPUT -i eth0 -s 212.68.212.217 -j ACCEPT Depending on your local configuration, you may need to give access to the nameservers as well... [[Category:RC-1000]] 0 1288 1453 1411 2006-11-23T09:43:56Z Phil 1 Reverted edit of Fraseyboy, changed back to last version by Phil wikitext text/x-wiki {{Outdated}} = Objective = The runtime configuration file will drive the behaviour of the node. * Configuration of the core * List and parameters of the additional modules to load This page describes the structure of the runtime configuration file. Constraints * Can be generated by a user interface. * Must be easily editable with text editor.<br />Which means human readable (not too complex) and flexible in format. * Must be easily parsed by the node at run time<br />(Limited tools available in [[BusyBox]]) = Syntax = We use the well-know ''.ini'' syntax: [section-name] parameter = value ... In addition to that, we add some ''pseudo-parameters'' which are mainly used by the UI: system.help = text Help text for the section parameter.system = value Same as 'parameter = value', but shown in the UI parameter.choices = value|value|... List of value for the parameter parameter.crypt = value The parameter is encrypted parameter-1.depends = parameter-2=value Parameter-1 is only used when parameter-2 = value parameter.list = value The parameter is actually a list (Every occurrence is a new element) = Example = See CVS:buildroot/bubble.cfg.distr for the latest [[Bubble configuration file]] distributed [system] help.system = Information specific to the build system version.help = Configuration file version number (do not change) version.system = 0 isolinux.help = Where is isolinux.bin located? isolinux.system = /usr/lib/syslinux/isolinux.bin [kernel] help.system = Kernel specifics append.help = Kernel parameters that need to be passed on boot append = module.help = Modules to load at start-up module.list = [image] help.system = Information for the core image build type.help = Image type type.choices = etherboot|pxe|iso|syslinux type = etherboot net_module.help = Modules needed to get network up net_module.depend = type=etherboot|pxe net_module.list = 3c59x iso_module.help = Modules needed to support the cdrom and iso fs iso_module.depend = type=iso iso_module.list = iso9660 iso_module.list = ide-cd iso_device.help = Device where the cdrom is iso_device.depend = type=iso iso_device = /dev/hda0 syslinux_module.help = Modules needed to support the floppy and the FAT syslinux_module.depend = type=syslinux syslinux_module.list = msdos syslinux_module.list = floppy syslinux_device.help = Device where the floppy/CF card is syslinux_device.depend = type=syslinux syslinux_device = /dev/fd0 ... = Reference = This paragraph describes all the parameters, section by section. == Build Parameters == The parameters in the following sections are impacting the '''build''' of the distribution. <br />They are available at run-time for information, but do not (should not) impact the behaviour of the distribution. === [system] === Information specific to the host used to build the distribution. {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |'''Parameter'''||'''Type/Values'''||'''Default value'''||'''Description''' |- |version||Number||-||Internal parameter used to track the version of the configuration file. Do not change this value |- |isolinux||File||-||Location of the [http://syslinux.zytor.com/iso.php SysLinux] ''isolinux.bin'' file on the build system |} === [kernel] === Information related to the Linux kernel {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |'''Parameter'''||'''Type/Values'''||'''Default value'''||'''Description''' |- |append||Text||-||Kernel parameters passed on the command line at boot time.<br />Unless you are using [http://www.etherboot.org/ Etherboot], you can always change this parameter after build in the [http://syslinux.zytor.com/iso.php SysLinux] configuration file which is generated.<br />For [http://www.etherboot.org/ Etherboot]however, you will have to regenerate an image. |- |module||List of modules||-||List of modules (with their parameters) that need to be packaged in the image and loaded at startup (one module per line).<br />The system tries to be smart and loads the dependencies automatically. |} === [image] === What kind of image do we need? {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |'''Parameter'''||'''Type/Values'''||'''Default value'''||'''Description''' |- |type||etherboot|pxe|iso|syslinux||-||Image type:<br />''etherboot'': [http://www.etherboot.org/ Etherboot] image (See [[Network boot]])<br />''pxe'': [[Network boot]] via [http://syslinux.zytor.com/pxe.php PXELinux] <br />''iso'': to generate a bootable ISO9660 CD-ROM Image (using [http://syslinux.zytor.com/iso.php ISOLinux])<br />''syslinux'': image for [http://syslinux.zytor.com/iso.php SysLinux]. Allow to boot from FAT filesystem (Floppy of Compact Flash cards) |- |net_module||List of modules||-||For ''etherboot'' and ''pxe'' images, the module(s) needed to support the card |- |iso_module||List of modules||-||For ''iso'', the module(s) needed to support the cd-rom and the ISO9660 filesystem |- |iso_device||Device||-||For ''iso'', the device to be used to mount the cd-rom (e.g. /dev/hda1) |- |syslinux_module||List of modules||-||For ''syslinux'', the module(s) needed to support the floppy drive and the msdos filesystem |- |syslinux_device||Device||-||For ''syslinux'', the device to be used to mount the floppy (e.g. /dev/fd0) |- |driver||List of modules||-||List of modules for which a driver package need to be build (See [[Bubble package]])<br /> /!\ PCMCIA drivers should never be started (i.e. ''start = no'' package parameter) |} /!\ There is no need to generate another image if your boot device (''iso_device'' or ''syslinux_device'') is not the same as the one in the build, you just have to change it in the [http://syslinux.zytor.com/iso.php SysLinux] configuration file == Runtime Parameters == The following parameters have no effect on the build, they are just used at run-time. === [node] === General configuration of the node {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |'''Parameter'''||'''Type/Values'''||'''Default value'''||'''Description''' |- |Hostname||Text||bubble||Name for the node |- |syslog_ip||IP Address||-||By default, logging is done in a shared memory segment and available on the node via the ''logread'' command (circular buffer). If ''syslog_ip'' is set, '''in addition''' the syslog information will be send at that address. |- |root||Encrypted password||-||If set, this will be the root password for the node. Otherwise, all accounts are locked and access is only available from the console |- |telnetd||yes|no||no||If set to ''yes'', start the telnetd daemon. Although SSH is the preferred option, due to disk space or memory constraint we may consider ''telnet'' as alternative |- |keepinitrd||yes|no||no||If set to ''yes'', do not release the Initial RAM Disk at boot time (debugging only) |} === [wireless] === Configuration of the wireless device. Most of the parameters are set automatically to be compliant to [http://reseaucitoyen.be ReseauCitoyen] -- See [[Bubble overview]]. {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |'''Parameter'''||'''Type/Values'''||'''Default value'''||'''Description''' |- |interface||none|eth0|eth1|wlan0|...||none||Interface used by the wireless card (or ethernet card when a wireless bridge is used) |- |virtual_if||yes|no||no||Enable the creation of an alias on the device to use a second IP in the 172.16i.jk.lm.n0/28 network (non AODV)<br />When this interface is configured, the dhcp server is automatically configured and started for this subnet. |} === [lan] === Configuration of the LAN wired device (if any). {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |'''Parameter'''||'''Type/Values'''||'''Default value'''||'''Description''' |- |interface||none|eth0|eth1|...||none||Interface used by an optional ethernet card |- |address||dhcp|fixed||-||Address allocation scheme:<br />''dhcp'': network is configure through a DHCP server on the wired network<br />''fixed'': fixed ip. In that case all the following parameters need to be specified |- |ip||IP Address||-||For ''fixed'' address: the IP to be used |- |broadcast||Broadcast address||-||For ''fixed'' address: the broadcast address to be used |- |netmask||Network mask||-||For ''fixed'' address: the network mask to be used |} == Packages == This section covers all the runtime parameters related to the packages. <br />See also [[Bubble package]] for more details about the package structure. === [packages] === General information on the packages {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |'''Parameter'''||'''Type/Values'''||'''Default value'''||'''Description''' |- |size||Number||-||Free space on the RAM Disk after install (in KB) |- |inode||Number||-||Free inodes on the RAM Disk after install |- |retry||Number||0||Number of retries when fetching a package.<br />By default, the package installer just skips the packages it cannot find.<br />Setting this parameter allows to use a system distributed on multiple floppies: when a package is not found, a console message will request to change media.<br /> /!\ As a consequence, the system will not be able to boot unattended when this parameter is set and a packages are missing... |- |package||List of packages||-||List all the packages to consider. To be loaded at runtime, a package must be listed here '''and''' have the ''load'' parameter set to ''yes''! |} === Common parameters for all packages === The following parameters are valid for all packages {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |'''Parameter'''||'''Type/Values'''||'''Default value'''||'''Description''' |- |size||Number||-||Disk space used by this package on (RAM) disk (in KB) |- |inode||Number||-||Inodes used by this package on (RAM) disk |- |load||yes|no||yes||Load this package? |- |file||File||''package''.tbz||Filename of the tarball for this package |- |retry||Number||''[package] parameter''||Number of retries when fetching a package.<br />This parameter overrides the one at ''[package]'' level and has the same signification. |- |install||File||''package''||Name of a script located in /tmp which will be run at install (boot) time |- |start||yes|no||yes||If this package is a ''service'', do we need to start it at boot time? |- |module_params||Text||-||If this package is a ''Driver Package'', the parameters which will be passed to the module (see [[Bubble package]]) |} Except for the ''size'' and ''inode'' parameter, you can safely omit all the others, and the package will do what you expect! === [keybbe] === Configures Belgian keyboard for the console. No additional parameter. === [pcmcia] === PCMCIA Support. <br />This package contains the pcmcia ''cardmanager'' and the core modules. The ''cardmanager'' is only run once at boot time -- therefore hot plug of device is not supported, this is beyond the scope of Bubble. /!\ This package only implements the pcmcia core subsystem. This means that no actual card driver is in this package, they must be built separately (via the ''driver'' parameter of the ''[image]'' section). Also, all the packages related to pcmcia drivers cannot be started at package install time (i.e. ''start = no'') as the modules are loaded through the card services. {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |'''Parameter'''||'''Type/Values'''||'''Default value'''||'''Description''' |- |pcic||i82365|tcic|yenta-socket||-||pcmcia controller type -- actually the name of the module supporting it<br /> /!\ The pcic module is '''not''' part of the package -- it must be built separately as driver. We are doing this to limit package size |- |pcic_opts||Module options||-||Controller options to pass to the module |} === [wtools] === Install wireless tools and configure the wireless interface at boot time. <br />This package is '''not''' needed when you use a wireless bridge (WET-11, ...) as interface. No additional parameter. === [iptables] === Provides basic firewalling for the node -- See [[Routing and firewall]] for details. {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |'''Parameter'''||'''Type/Values'''||'''Default value'''||'''Description''' |- |port||List of TCP/IP ports||-||List of ''ports'' accepted by the node on the Wireless interface.<br />Typically we allow ssh and www |- |mac||List of mac addresses||-||List of ''trusted'' mac addresses for which we accept to ''forward'' to the Wired Lan if present |- |script||File name||-||Additional firewall script to run. The script needs to be placed on the distribution media |} === [aodv] === Kernel AODV. AODV will be started on the wireless interface. No additional parameter. === [tinyhttp] === Starts the [[BusyBox]] tiny http server. <br />The features of this server are somewhat limited but it is more than enough to provide a few pages of information. <br />By default there is a simple home (''index.html'') and a cgi script (''cgi-bin/node_stat'') which gives information about the node. Additionally content can be added with the ''website'' parameter. {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |'''Parameter'''||'''Type/Values'''||'''Default value'''||'''Description''' |- |website||File||-||Name of a file containing the web pages<br />The file '''must be''' a bzipped tarball that will be extracted at the document root of the web server. |} === [openssh] === This package bundles zlib, openssl and openssh. This is the biggest package of the distribution (around 1MB), so if if you are booting from floppy, you will need a separate one for ssh! {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |'''Parameter'''||'''Type/Values'''||'''Default value'''||'''Description''' |- |rsa_key||File||-||Name of a file on the boot medium containing the private RSA key<br />(''/etc/ssh/ssh_host_rsa_key'' file) |- |rsa_key_pub||File||-||Name of a file on the boot medium containing the public RSA key<br />(''/etc/ssh/ssh_host_rsa_key.pub'' file) |- |dsa_key||File||-||Name of a file on the boot medium containing the private DSA key<br />(''/etc/ssh/ssh_host_dsa_key'' file) |- |dsa_key_pub||File||-||Name of a on the boot medium file containing the public DSA key<br />(''/etc/ssh/ssh_host_dsa_key.pub'' file) |- |authorized||File||-||Name of a on the boot medium file containing the public key of users who will have root access<br />(''~root/.ssh/authorized_keys'' file) |} If you do not provide any key file as parameter, the node will generate the necessary RSA and DSA private/public keys at boot time. <br />It is strongly recommended to save the generated keys, otherwise you will get new ones after each boot, and clients will usually complain === [dropbear] === This package bundles zlib and [http://matt.ucc.asn.au/dropbear/dropbear.html Dropbear SSH server]. Dropbear is a small and secure SSH '''server'''. The package footprint is around 140K! <br />This package does not include a ssh '''client''' -- if you need this, you will have to go for the full featured openssh package. {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |'''Parameter'''||'''Type/Values'''||'''Default value'''||'''Description''' |- |rsa_key||File||-||Name of a file on the boot medium containing the private RSA key<br />(''/etc/dropbear/dropbear_rsa_host_key'' file) |- |dss_key||File||-||Name of a file on the boot medium containing the private DSS key<br />(''/etc/dropbear/dropbear_dss_host_key'' file) |- |authorized||File||-||Name of a on the boot medium file containing the public key of users who will have root access<br />(''~root/.ssh/authorized_keys'' file) |} If you do not provide any key file as parameter, the node will generate the necessary RSA and DSS private keys at boot time. <br />It is strongly recommended to save the generated keys, otherwise you will get new ones after each boot, and clients will usually complain [[Category:Bubble]] 0 1279 1454 1410 2006-11-23T09:43:59Z Phil 1 Reverted edit of Fraseyboy, changed back to last version by Phil wikitext text/x-wiki = About Bubble = Bubble is a kind of mini Linux distribution designed to run a wireless [http://www.reseaucitoyen.be RéseauCitoyen] node. Unlike [http://www.nycwireless.net/pebble/ Pebble] which offers a full [http://www.debian.org Debian] environment, Bubble is rather small and designed to run on ''limited'' hardware -- typically without hard disk and in less than 16MB. Also Bubble is designed to run as a diskless node. Once booted it does not need any disk. = Table of contents = * [[DiskLess]]: the version 1 of Bubble! * [[Bubble overview]] / [[:RC:DistributionBubble]]: a general overview (motivation, big picture) * [[Install guide]]: How to install a Bubble node * [[Bubble development]]: information about development environment (requirements, directory structure, utility scripts, ...) * [[Bubble runtime architecture]]: description of the Bubble runtime architecture * [[Routing and firewall]]: information about the routing and firewalling on the node = Milestones = Sep-05: <br />After a long quiet period, the development has restarted! * Updated [[BuilRoot]] (some small changes again in the architecture) * Setup Q-Emu for testing releases * New OLSR package * Floppy and Etherboot images have been successfully tested * Utility scripts made to generate images based on ''meta-description'' Dec-04: * New version of Bubble in the make! * v1.99 archived in the CVS * New buildroot imported * Wiki pages under revision 26-Oct-03: * Dropbear is available -- it is now possible to have a ssh server on a single floppy distribution! 05-Oct-03: * PCMCIA is now available * Node [http://bulles.no-ip.org/ReseauCitoyen/node_status.php Bulles] is now running Bubble v1.99-cvs (migrated from DiskLess) 28-Sep-03: * Bubble has now all the features of DiskLess (except PCMCIA). Obviously some testing needs to be done. 21-Sep-03: * The package framework is now fully implemented (See BubblePackage) * The first packages are released (Belgian keyboard ;) and Wireless Tools) 14-Sep-03: * Not too much visible progress, but we can load and parse the ConfigFile from the boot device 07-Sep-03: * We have a running ''core'' system! 31-Aug-03: * CVS module created * Imported the [http://www.uclibc.org/ uClibc buildroot] CVS into the new Bubble CVS cvs import -ko -m "Buildroot 030831" ReseauCitoyen/Bubble/buildroot buildroot buildroot_030831 = To Do = * Additional packages ** iptables ** ... * Handling multiple interfaces * User documentation to build images * USer Interface to generate images * User Interface to configure node * Performance improvement in parsing configuration file <br />The shell based version is rather slow on old systems * ... [[Category:Bubble]] 0 1295 1455 1409 2006-11-23T09:44:02Z Phil 1 Reverted edit of Fraseyboy, changed back to last version by Phil wikitext text/x-wiki = RC-1000: ReseauCitoyen on RG-1000 = Attempt to run a RC node on a RG-1000 AP. = Plan = Use my favorite [[BuildRoot]] to have a core linux running and expand from there = Roadmap = * Setup CVS ([http://bulles.no-ip.org/cgi-bin/viewcvs.cgi/ReseauCitoyen/RC-1000/ View]) * Retrofit essential [http://www-hft.ee.tu-berlin.de/~strauman/airport/airport.html Till Straumann]'s patches into 2.4 kernel * Refine base environment * Get wireless running * Get AODV running = To Do = * All done!<br />Add you wishes here... = Notes = # [[Rg Flash]]: Flash you RG-1000 to allow Network Boot (via [http://www.etherboot.org Etherboot]) # [[Rg Kernel]]: Linux kernel patches for RG-1000 Support # [[Rg Install]]: How to run the RC-1000 project on you RG-1000 # [[Question fréquentes]] = Links = * http://www.seattlewireless.net/index.cgi/OrinocoRg1000 * http://www-hft.ee.tu-berlin.de/~strauman/airport/airport.html * http://www.amd.com/epd/processors/4.32bitcont/13.lan4xxfam/22.lansc400/ = LogBook = * 31-Oct-04 ** Distribution completely re-packaged based on IPKG ** Includes new packages (kismet, dropbear) * 09-Oct-04 ** Integrated experimental iptables based AODV ** CVS updated and package released <br />Note that the AODV hack is for the time being out of the RC-1000 CVS tree, but available in a separate [http://bulles.no-ip.org/cgi-bin/viewcvs.cgi/ReseauCitoyen/aodv-uu-ipt project tree] * 20-Aug-04 ** Upgrade AODV-UU to 0.8.1; added start/stop script ** Upgrade Unik-OLSR to 0.4.5; standard config file; no start/stop script ** CVS updated and package released * 19-Aug-04 ** Added [http://hostap.epitest.fi/ HostAP] 0.2.4 support ** Channel changed to '1' ** Set the clock at boot time ** CVS Updated for the above changes ** Package not released (need to update AODV / OLSR) * 19-Apr-04 ** Experimental: NFS Swap ** Experimental: OLSR (From http://olsr.org/ ) ** Package released, but CVS not updated (need to take time to document and cleanup) * 27-Mar-04 ** AODV-UU 0.8 compiled. It runs, but not further tests done ** Package released, but CVS not updated * 26-Mar-04 ** Added ''login'' and ''password'', CVS updated and new package released... * 25-Mar-04 ** Added iptables, tiny http ** Minor fixes ** Commit all changes in CVS ** New package released * 21-Mar-04: ** Cleanup Wiki ** Commit wtools in CVS * 20-Mar-04: ** Workaround Lance problems by using shorts timeouts in [http://www.etherboot.org Etherboot] ** Major cleanup -- commit all in CVS ** Rebuild from scratch for testing purpose -- Everything looks good. * 07-Mar-04: ** Linux kernel 2.4 runs now -- fixed problem in idle loop ** LEDs are working ** Orinoco drivers running as well! * 15-Feb-04: ** [http://www.etherboot.org Etherboot] 5.2 eventually works (as long as we cold boot after a re-flash!) * 25-Jan-04: ** Create this page ** Gather documentation [[Category:RC-1000]] 0 1313 1456 1408 2006-11-23T09:44:05Z Phil 1 Reverted edit of Fraseyboy, changed back to last version by Phil wikitext text/x-wiki = A faire = * .... * .... = date 05 - heure - Intervention distante/sur place = Intervenants : ..... * Détails de l'intervention * ....... = 13 Février 05 - 13h - Intervention distante = Intervenants : Philippe * Installation de rc-watchdog sur josaphat/joske/panik = 31 Janvier 05 - 10h - Intervention distante = Intervenants : Guy * Remise en route d'aodv sur josaphat et panik = 30 Janvier 05 - 13h - Intervention sur place = Intervenants : Jean-Michel (panik), Serge (panik), Gwen (panik), Ivan * Arrêt des routeurs de rc * Remise en fonction du faisceau analogique 2,4Ghz de panik * Redémarrage des routeurs rc Remarque : le fonctionnement des routeurs rc ne pertubent pas la transmission du faisceau et la qualité d'émission de Radio panik est très bonne :) = 23 Janvier 05 - heure - Intervention sur place = Intervenants : Mathieu, Guy, Ivan Essais d'antennes connectées au portable de Mathieu * Essai 9dB 7° down tilt - Connexion légèrement meilleur. Cela vaudra donc la peine de remplacer la 12dB par celle-ci * Essai d'une omnifacile2 prêtée pour essai. Résultat très acceptable pour 0° tilt vers Panik et acceptable aussi vers Bulles * Essai d'une antenne Linksys 7dB. 0° de perte vers Bulles. Pourrait remplacer les 9dB et même la 8dB de Stephan. = 21 Janvier 05 - 14h - Intervention distante = Intervenants : Ivan * Changemant de l'IP de l'interface eth0 de 192.168.0.109 en 192.168.1.130 via rc. * Changement du fichier /etc/network/interfaces en fonction de ce changement d'IP * Essai ssh entre les 2 machines concluant. = 21 Janvier 05 - 11h - Intervention sur place = Intervenants : Ivan * Placement d'un câble Ethernet crossconnect entre les machines : josaphat et joske * Remplacement de l'ampoule d'éclairage du local technique. = 12 Janvier 05 - 13h30 à 16h - Intervention sur place = Intervenants : David, Ivan * Ajout d'une antenne 12dB 3° down tilt connectée routeur déjà installé sur lequel est installé le player ogg123 - IP : 10.8.39.138 * Placement d'un deuxième routeur, un portable de récup muni d'une carte engenius et relié à l'ancienne antenne de 9dB 0° tilt - IP : 10.6.13.115 * Remarque 1 : il y avait du vent et nous avons pu constater que le mât oscillait assez fort. Il sera donc exclu de placer une grid, sauf si nous pouvons la mettre tout en bas du mât, place occupé pour le moment par la grid du faisceau. * Remarque 2 : l'ecoflex est un très bon produit et les connecteurs, ne nécessitant pas de soudure, sont très faciles à installer sur site. Se munir de 2 clefs de 19. = 10 Janvier 05 - 21H - Intervention distante = Intervenant : Philippe -- Analyse du problème rapporté par Ivan == Observations == L'incident démarre le 10 Janvier à 1:55: Jan 10 01:55:40 josaphat kernel: NETDEV WATCHDOG: wifi0: transmit timed out Jan 10 01:55:40 josaphat kernel: wifi0 Tx timed out! Resetting card Jan 10 01:55:40 josaphat kernel: hostap_cs: wifi0: resetting card Jan 10 01:55:42 josaphat kernel: NETDEV WATCHDOG: wifi0: transmit timed out Jan 10 01:55:42 josaphat kernel: wifi0 Tx timed out! Resetting card Jan 10 01:55:43 josaphat kernel: wifi0: interrupt delivery does not seem to work Jan 10 01:55:43 josaphat kernel: wifi0: Port type setting to 0 failed et se répète toutes les secondes Le watchdog Net détecte un problème et le noyeau tente un reset de la carte, mais sans succès Le watchdog software (''!CheckAodv'') entre en jeu et redémarre l'interface: Jan 10 03:52:38 josaphat logger: CheckAodv: No neighbourg responding Jan 10 03:52:38 josaphat logger: CheckAodv: Alone too long... Jan 10 03:52:38 josaphat logger: CheckAodv: Restarting interface Jan 10 03:52:38 josaphat logger: /usr/local/bin/CheckAodv: line 81: ifdown: command not found Jan 10 03:52:43 josaphat logger: /usr/local/bin/CheckAodv: line 83: ifup: command not found Il s'agit d'un probléme connu que je n'ai pas corrigé: le ''path'' est incomplet lors de l'exécution du script. L'interface est redémarée manuellment par Ivan à 14:55: Jan 10 14:54:59 josaphat kernel: wlan0: updating basic rate set automatically to match with the new supported rate set Jan 10 15:07:03 josaphat logger: CheckAodv: All checks passed == Root Cause == La cause du problème initial est jusqu'a présent inconnue (je n'ai pas fait de recherche détaillée) == Corrective Action == Le ''crontab'' du watchdog software (''!CheckAodv'') est mis-a-jour sur Josaphat et Panik de manière à avoir un ''path'' correct. = 10 Janvier 05 -15H - Intervention sur place = Intervenants : Ivan * Constat distant : connexion down * Sur place, les messages d'erreurs suivants défilent en continu sur l'écran : **wifi0: interrupt delivery does not seem to work **NET: 4 ou x messages suppressed * Action : /etc/init.d/pcmcia restart = 26/27 Décembre 04 - Intervention distante = Intervenants : Philippe * Activation du streaming en mode client (service stream-panik) * Configuration de NTP = 25 decembre 04 - 21H50 - Intervention distante = Intervenants : Guy * Installation d'iperf par apt le demon n'est pas lancé automatiquement. = 13 novembre 04 - 16h00 - Intervention distante = Intervenant : Philippe * Limitation du lien a 2Mb/s (live + mise-à-jour de ''/etc/network/interface''). <br />Il est intéressant de constater que si les voisins directs ont l'air d'être aussi en 2Mb/s, Josaphat reste en 1Mb/s * Mise a jour de ''/etc/hosts'' = 11 novembre 04 - 19h00 - Intervention distante = Intervenant : Philippe * Installation d'un script de monitoring de AODV.<br />L'interface est réinitialisé si: *** AODV ou un de ses modules n'est plus présent *** Il ne sait pas contacter un de ses voisin (back/bulles/panik) pendant plus de 2 heures La sortie du script est consignée dans ''/var/log/messages'' donc on peux voir s'il y a eu un problème. = 09 novembre 04 - 14h30 - Intervention sur place = Intervenants : Guy, Ivan * Le point ne connectait plus le reste du reseau pour une raison bien simple aodv ne tournait plus.<br />Pourquoi aodv ne tournait-il plus, cela est une autre question.<br />J'ai téléchargé tous les logs de la machine et je n'ai rien trouvé qui indique le plantage ou l'arrêt de aodv.<br />Pour le reste la machine tournait sans aucun problème la seule action que nous avons effectuée sur la machine * Nous avons ecarté l'antenne du mat grâce a une patte d'écartement. L'antenne est en outre montée de 30 cm cela peut sembler ridicule mais les deux actions conjugées ont fait que maintenant Louise et philantropie ne sont plus qu'as un hop de Josaphat, Prague a 2 hop de Josaphat. <br />La conexion est certe très mauvaise mais étant donné que le point Tagawa est down pour l'instant .... = 03 octobre 04 - 14h30 - Intervention sur place = Intervenants : Guy, Ivan * Placement de la bande de protection du connecteur d'antenne * Placement du capot du PC (arrêt du pc, déconnexion du cable et remontage) [[Category:Gestion RéseauCitoyen]] 1474 1456 2007-01-10T10:19:09Z Dako 4 /* A faire */ wikitext text/x-wiki = A faire = * 5Ghz * .... = date 05 - heure - Intervention distante/sur place = Intervenants : ..... * Détails de l'intervention * ....... = 13 Février 05 - 13h - Intervention distante = Intervenants : Philippe * Installation de rc-watchdog sur josaphat/joske/panik = 31 Janvier 05 - 10h - Intervention distante = Intervenants : Guy * Remise en route d'aodv sur josaphat et panik = 30 Janvier 05 - 13h - Intervention sur place = Intervenants : Jean-Michel (panik), Serge (panik), Gwen (panik), Ivan * Arrêt des routeurs de rc * Remise en fonction du faisceau analogique 2,4Ghz de panik * Redémarrage des routeurs rc Remarque : le fonctionnement des routeurs rc ne pertubent pas la transmission du faisceau et la qualité d'émission de Radio panik est très bonne :) = 23 Janvier 05 - heure - Intervention sur place = Intervenants : Mathieu, Guy, Ivan Essais d'antennes connectées au portable de Mathieu * Essai 9dB 7° down tilt - Connexion légèrement meilleur. Cela vaudra donc la peine de remplacer la 12dB par celle-ci * Essai d'une omnifacile2 prêtée pour essai. Résultat très acceptable pour 0° tilt vers Panik et acceptable aussi vers Bulles * Essai d'une antenne Linksys 7dB. 0° de perte vers Bulles. Pourrait remplacer les 9dB et même la 8dB de Stephan. = 21 Janvier 05 - 14h - Intervention distante = Intervenants : Ivan * Changemant de l'IP de l'interface eth0 de 192.168.0.109 en 192.168.1.130 via rc. * Changement du fichier /etc/network/interfaces en fonction de ce changement d'IP * Essai ssh entre les 2 machines concluant. = 21 Janvier 05 - 11h - Intervention sur place = Intervenants : Ivan * Placement d'un câble Ethernet crossconnect entre les machines : josaphat et joske * Remplacement de l'ampoule d'éclairage du local technique. = 12 Janvier 05 - 13h30 à 16h - Intervention sur place = Intervenants : David, Ivan * Ajout d'une antenne 12dB 3° down tilt connectée routeur déjà installé sur lequel est installé le player ogg123 - IP : 10.8.39.138 * Placement d'un deuxième routeur, un portable de récup muni d'une carte engenius et relié à l'ancienne antenne de 9dB 0° tilt - IP : 10.6.13.115 * Remarque 1 : il y avait du vent et nous avons pu constater que le mât oscillait assez fort. Il sera donc exclu de placer une grid, sauf si nous pouvons la mettre tout en bas du mât, place occupé pour le moment par la grid du faisceau. * Remarque 2 : l'ecoflex est un très bon produit et les connecteurs, ne nécessitant pas de soudure, sont très faciles à installer sur site. Se munir de 2 clefs de 19. = 10 Janvier 05 - 21H - Intervention distante = Intervenant : Philippe -- Analyse du problème rapporté par Ivan == Observations == L'incident démarre le 10 Janvier à 1:55: Jan 10 01:55:40 josaphat kernel: NETDEV WATCHDOG: wifi0: transmit timed out Jan 10 01:55:40 josaphat kernel: wifi0 Tx timed out! Resetting card Jan 10 01:55:40 josaphat kernel: hostap_cs: wifi0: resetting card Jan 10 01:55:42 josaphat kernel: NETDEV WATCHDOG: wifi0: transmit timed out Jan 10 01:55:42 josaphat kernel: wifi0 Tx timed out! Resetting card Jan 10 01:55:43 josaphat kernel: wifi0: interrupt delivery does not seem to work Jan 10 01:55:43 josaphat kernel: wifi0: Port type setting to 0 failed et se répète toutes les secondes Le watchdog Net détecte un problème et le noyeau tente un reset de la carte, mais sans succès Le watchdog software (''!CheckAodv'') entre en jeu et redémarre l'interface: Jan 10 03:52:38 josaphat logger: CheckAodv: No neighbourg responding Jan 10 03:52:38 josaphat logger: CheckAodv: Alone too long... Jan 10 03:52:38 josaphat logger: CheckAodv: Restarting interface Jan 10 03:52:38 josaphat logger: /usr/local/bin/CheckAodv: line 81: ifdown: command not found Jan 10 03:52:43 josaphat logger: /usr/local/bin/CheckAodv: line 83: ifup: command not found Il s'agit d'un probléme connu que je n'ai pas corrigé: le ''path'' est incomplet lors de l'exécution du script. L'interface est redémarée manuellment par Ivan à 14:55: Jan 10 14:54:59 josaphat kernel: wlan0: updating basic rate set automatically to match with the new supported rate set Jan 10 15:07:03 josaphat logger: CheckAodv: All checks passed == Root Cause == La cause du problème initial est jusqu'a présent inconnue (je n'ai pas fait de recherche détaillée) == Corrective Action == Le ''crontab'' du watchdog software (''!CheckAodv'') est mis-a-jour sur Josaphat et Panik de manière à avoir un ''path'' correct. = 10 Janvier 05 -15H - Intervention sur place = Intervenants : Ivan * Constat distant : connexion down * Sur place, les messages d'erreurs suivants défilent en continu sur l'écran : **wifi0: interrupt delivery does not seem to work **NET: 4 ou x messages suppressed * Action : /etc/init.d/pcmcia restart = 26/27 Décembre 04 - Intervention distante = Intervenants : Philippe * Activation du streaming en mode client (service stream-panik) * Configuration de NTP = 25 decembre 04 - 21H50 - Intervention distante = Intervenants : Guy * Installation d'iperf par apt le demon n'est pas lancé automatiquement. = 13 novembre 04 - 16h00 - Intervention distante = Intervenant : Philippe * Limitation du lien a 2Mb/s (live + mise-à-jour de ''/etc/network/interface''). <br />Il est intéressant de constater que si les voisins directs ont l'air d'être aussi en 2Mb/s, Josaphat reste en 1Mb/s * Mise a jour de ''/etc/hosts'' = 11 novembre 04 - 19h00 - Intervention distante = Intervenant : Philippe * Installation d'un script de monitoring de AODV.<br />L'interface est réinitialisé si: *** AODV ou un de ses modules n'est plus présent *** Il ne sait pas contacter un de ses voisin (back/bulles/panik) pendant plus de 2 heures La sortie du script est consignée dans ''/var/log/messages'' donc on peux voir s'il y a eu un problème. = 09 novembre 04 - 14h30 - Intervention sur place = Intervenants : Guy, Ivan * Le point ne connectait plus le reste du reseau pour une raison bien simple aodv ne tournait plus.<br />Pourquoi aodv ne tournait-il plus, cela est une autre question.<br />J'ai téléchargé tous les logs de la machine et je n'ai rien trouvé qui indique le plantage ou l'arrêt de aodv.<br />Pour le reste la machine tournait sans aucun problème la seule action que nous avons effectuée sur la machine * Nous avons ecarté l'antenne du mat grâce a une patte d'écartement. L'antenne est en outre montée de 30 cm cela peut sembler ridicule mais les deux actions conjugées ont fait que maintenant Louise et philantropie ne sont plus qu'as un hop de Josaphat, Prague a 2 hop de Josaphat. <br />La conexion est certe très mauvaise mais étant donné que le point Tagawa est down pour l'instant .... = 03 octobre 04 - 14h30 - Intervention sur place = Intervenants : Guy, Ivan * Placement de la bande de protection du connecteur d'antenne * Placement du capot du PC (arrêt du pc, déconnexion du cable et remontage) [[Category:Gestion RéseauCitoyen]] 1475 1474 2007-01-10T10:25:52Z Dako 4 wikitext text/x-wiki = A faire = * 5Ghz * .... = date 2006-01-10 - Il est toujours la détails de la configuration actuelle = Intervenants :ivan et cedric mais david écrit ;) *à l' heure actuelle c' est un wrt54gs avec openwrt je pense *relié a une soekris+sr5 *ip lan du wrt 192.168.39.55 *ip lan de la soekris 192.168.39.1 *ip wifi de la soekris 192.168.38.1 voila on remet la maintenance a partir d aujourd hui en route. dako = date 05 - heure - Intervention distante/sur place = Intervenants : ..... * Détails de l'intervention * ....... = 13 Février 05 - 13h - Intervention distante = Intervenants : Philippe * Installation de rc-watchdog sur josaphat/joske/panik = 31 Janvier 05 - 10h - Intervention distante = Intervenants : Guy * Remise en route d'aodv sur josaphat et panik = 30 Janvier 05 - 13h - Intervention sur place = Intervenants : Jean-Michel (panik), Serge (panik), Gwen (panik), Ivan * Arrêt des routeurs de rc * Remise en fonction du faisceau analogique 2,4Ghz de panik * Redémarrage des routeurs rc Remarque : le fonctionnement des routeurs rc ne pertubent pas la transmission du faisceau et la qualité d'émission de Radio panik est très bonne :) = 23 Janvier 05 - heure - Intervention sur place = Intervenants : Mathieu, Guy, Ivan Essais d'antennes connectées au portable de Mathieu * Essai 9dB 7° down tilt - Connexion légèrement meilleur. Cela vaudra donc la peine de remplacer la 12dB par celle-ci * Essai d'une omnifacile2 prêtée pour essai. Résultat très acceptable pour 0° tilt vers Panik et acceptable aussi vers Bulles * Essai d'une antenne Linksys 7dB. 0° de perte vers Bulles. Pourrait remplacer les 9dB et même la 8dB de Stephan. = 21 Janvier 05 - 14h - Intervention distante = Intervenants : Ivan * Changemant de l'IP de l'interface eth0 de 192.168.0.109 en 192.168.1.130 via rc. * Changement du fichier /etc/network/interfaces en fonction de ce changement d'IP * Essai ssh entre les 2 machines concluant. = 21 Janvier 05 - 11h - Intervention sur place = Intervenants : Ivan * Placement d'un câble Ethernet crossconnect entre les machines : josaphat et joske * Remplacement de l'ampoule d'éclairage du local technique. = 12 Janvier 05 - 13h30 à 16h - Intervention sur place = Intervenants : David, Ivan * Ajout d'une antenne 12dB 3° down tilt connectée routeur déjà installé sur lequel est installé le player ogg123 - IP : 10.8.39.138 * Placement d'un deuxième routeur, un portable de récup muni d'une carte engenius et relié à l'ancienne antenne de 9dB 0° tilt - IP : 10.6.13.115 * Remarque 1 : il y avait du vent et nous avons pu constater que le mât oscillait assez fort. Il sera donc exclu de placer une grid, sauf si nous pouvons la mettre tout en bas du mât, place occupé pour le moment par la grid du faisceau. * Remarque 2 : l'ecoflex est un très bon produit et les connecteurs, ne nécessitant pas de soudure, sont très faciles à installer sur site. Se munir de 2 clefs de 19. = 10 Janvier 05 - 21H - Intervention distante = Intervenant : Philippe -- Analyse du problème rapporté par Ivan == Observations == L'incident démarre le 10 Janvier à 1:55: Jan 10 01:55:40 josaphat kernel: NETDEV WATCHDOG: wifi0: transmit timed out Jan 10 01:55:40 josaphat kernel: wifi0 Tx timed out! Resetting card Jan 10 01:55:40 josaphat kernel: hostap_cs: wifi0: resetting card Jan 10 01:55:42 josaphat kernel: NETDEV WATCHDOG: wifi0: transmit timed out Jan 10 01:55:42 josaphat kernel: wifi0 Tx timed out! Resetting card Jan 10 01:55:43 josaphat kernel: wifi0: interrupt delivery does not seem to work Jan 10 01:55:43 josaphat kernel: wifi0: Port type setting to 0 failed et se répète toutes les secondes Le watchdog Net détecte un problème et le noyeau tente un reset de la carte, mais sans succès Le watchdog software (''!CheckAodv'') entre en jeu et redémarre l'interface: Jan 10 03:52:38 josaphat logger: CheckAodv: No neighbourg responding Jan 10 03:52:38 josaphat logger: CheckAodv: Alone too long... Jan 10 03:52:38 josaphat logger: CheckAodv: Restarting interface Jan 10 03:52:38 josaphat logger: /usr/local/bin/CheckAodv: line 81: ifdown: command not found Jan 10 03:52:43 josaphat logger: /usr/local/bin/CheckAodv: line 83: ifup: command not found Il s'agit d'un probléme connu que je n'ai pas corrigé: le ''path'' est incomplet lors de l'exécution du script. L'interface est redémarée manuellment par Ivan à 14:55: Jan 10 14:54:59 josaphat kernel: wlan0: updating basic rate set automatically to match with the new supported rate set Jan 10 15:07:03 josaphat logger: CheckAodv: All checks passed == Root Cause == La cause du problème initial est jusqu'a présent inconnue (je n'ai pas fait de recherche détaillée) == Corrective Action == Le ''crontab'' du watchdog software (''!CheckAodv'') est mis-a-jour sur Josaphat et Panik de manière à avoir un ''path'' correct. = 10 Janvier 05 -15H - Intervention sur place = Intervenants : Ivan * Constat distant : connexion down * Sur place, les messages d'erreurs suivants défilent en continu sur l'écran : **wifi0: interrupt delivery does not seem to work **NET: 4 ou x messages suppressed * Action : /etc/init.d/pcmcia restart = 26/27 Décembre 04 - Intervention distante = Intervenants : Philippe * Activation du streaming en mode client (service stream-panik) * Configuration de NTP = 25 decembre 04 - 21H50 - Intervention distante = Intervenants : Guy * Installation d'iperf par apt le demon n'est pas lancé automatiquement. = 13 novembre 04 - 16h00 - Intervention distante = Intervenant : Philippe * Limitation du lien a 2Mb/s (live + mise-à-jour de ''/etc/network/interface''). <br />Il est intéressant de constater que si les voisins directs ont l'air d'être aussi en 2Mb/s, Josaphat reste en 1Mb/s * Mise a jour de ''/etc/hosts'' = 11 novembre 04 - 19h00 - Intervention distante = Intervenant : Philippe * Installation d'un script de monitoring de AODV.<br />L'interface est réinitialisé si: *** AODV ou un de ses modules n'est plus présent *** Il ne sait pas contacter un de ses voisin (back/bulles/panik) pendant plus de 2 heures La sortie du script est consignée dans ''/var/log/messages'' donc on peux voir s'il y a eu un problème. = 09 novembre 04 - 14h30 - Intervention sur place = Intervenants : Guy, Ivan * Le point ne connectait plus le reste du reseau pour une raison bien simple aodv ne tournait plus.<br />Pourquoi aodv ne tournait-il plus, cela est une autre question.<br />J'ai téléchargé tous les logs de la machine et je n'ai rien trouvé qui indique le plantage ou l'arrêt de aodv.<br />Pour le reste la machine tournait sans aucun problème la seule action que nous avons effectuée sur la machine * Nous avons ecarté l'antenne du mat grâce a une patte d'écartement. L'antenne est en outre montée de 30 cm cela peut sembler ridicule mais les deux actions conjugées ont fait que maintenant Louise et philantropie ne sont plus qu'as un hop de Josaphat, Prague a 2 hop de Josaphat. <br />La conexion est certe très mauvaise mais étant donné que le point Tagawa est down pour l'instant .... = 03 octobre 04 - 14h30 - Intervention sur place = Intervenants : Guy, Ivan * Placement de la bande de protection du connecteur d'antenne * Placement du capot du PC (arrêt du pc, déconnexion du cable et remontage) [[Category:Gestion RéseauCitoyen]] 1476 1475 2007-01-10T23:13:45Z Cedricnet 5 /* A faire */ wikitext text/x-wiki = A faire = * 5Ghz * * .... = date 2006-01-10 - Configuration actuelle = wrt (freifunk) 2.4 ghz, canal 1. BSSID indiqué dans l'interface web (11:11...) antenne omnidirectionelle ( ? db) *ip wifi 10.8.39.138 *ip lan 192.168.39.55 relié par ethernet à une soekris 4511 (1 minipci, 1 pcmcia) soekris (voyage 0.2-10 - www.voyage.hk) une carte SR5 minipci. 5 ghz, canal 149. pour le moment en ap "josaphatmaster" antenne omnidirectionelle (pacwireless 12 db) *ip lan 192.168.39.1 *ip wifi 192.168.38.1 = date 2006-01-10 - Il est toujours la détails de la configuration actuelle = Intervenants :ivan et cedric mais david écrit ;) *à l' heure actuelle c' est un wrt54gs avec openwrt je pense *relié a une soekris+sr5 *ip lan du wrt 192.168.39.55 *ip lan de la soekris 192.168.39.1 *ip wifi de la soekris 192.168.38.1 voila on remet la maintenance a partir d aujourd hui en route. dako = date 05 - heure - Intervention distante/sur place = Intervenants : ..... * Détails de l'intervention * ....... = 13 Février 05 - 13h - Intervention distante = Intervenants : Philippe * Installation de rc-watchdog sur josaphat/joske/panik = 31 Janvier 05 - 10h - Intervention distante = Intervenants : Guy * Remise en route d'aodv sur josaphat et panik = 30 Janvier 05 - 13h - Intervention sur place = Intervenants : Jean-Michel (panik), Serge (panik), Gwen (panik), Ivan * Arrêt des routeurs de rc * Remise en fonction du faisceau analogique 2,4Ghz de panik * Redémarrage des routeurs rc Remarque : le fonctionnement des routeurs rc ne pertubent pas la transmission du faisceau et la qualité d'émission de Radio panik est très bonne :) = 23 Janvier 05 - heure - Intervention sur place = Intervenants : Mathieu, Guy, Ivan Essais d'antennes connectées au portable de Mathieu * Essai 9dB 7° down tilt - Connexion légèrement meilleur. Cela vaudra donc la peine de remplacer la 12dB par celle-ci * Essai d'une omnifacile2 prêtée pour essai. Résultat très acceptable pour 0° tilt vers Panik et acceptable aussi vers Bulles * Essai d'une antenne Linksys 7dB. 0° de perte vers Bulles. Pourrait remplacer les 9dB et même la 8dB de Stephan. = 21 Janvier 05 - 14h - Intervention distante = Intervenants : Ivan * Changemant de l'IP de l'interface eth0 de 192.168.0.109 en 192.168.1.130 via rc. * Changement du fichier /etc/network/interfaces en fonction de ce changement d'IP * Essai ssh entre les 2 machines concluant. = 21 Janvier 05 - 11h - Intervention sur place = Intervenants : Ivan * Placement d'un câble Ethernet crossconnect entre les machines : josaphat et joske * Remplacement de l'ampoule d'éclairage du local technique. = 12 Janvier 05 - 13h30 à 16h - Intervention sur place = Intervenants : David, Ivan * Ajout d'une antenne 12dB 3° down tilt connectée routeur déjà installé sur lequel est installé le player ogg123 - IP : 10.8.39.138 * Placement d'un deuxième routeur, un portable de récup muni d'une carte engenius et relié à l'ancienne antenne de 9dB 0° tilt - IP : 10.6.13.115 * Remarque 1 : il y avait du vent et nous avons pu constater que le mât oscillait assez fort. Il sera donc exclu de placer une grid, sauf si nous pouvons la mettre tout en bas du mât, place occupé pour le moment par la grid du faisceau. * Remarque 2 : l'ecoflex est un très bon produit et les connecteurs, ne nécessitant pas de soudure, sont très faciles à installer sur site. Se munir de 2 clefs de 19. = 10 Janvier 05 - 21H - Intervention distante = Intervenant : Philippe -- Analyse du problème rapporté par Ivan == Observations == L'incident démarre le 10 Janvier à 1:55: Jan 10 01:55:40 josaphat kernel: NETDEV WATCHDOG: wifi0: transmit timed out Jan 10 01:55:40 josaphat kernel: wifi0 Tx timed out! Resetting card Jan 10 01:55:40 josaphat kernel: hostap_cs: wifi0: resetting card Jan 10 01:55:42 josaphat kernel: NETDEV WATCHDOG: wifi0: transmit timed out Jan 10 01:55:42 josaphat kernel: wifi0 Tx timed out! Resetting card Jan 10 01:55:43 josaphat kernel: wifi0: interrupt delivery does not seem to work Jan 10 01:55:43 josaphat kernel: wifi0: Port type setting to 0 failed et se répète toutes les secondes Le watchdog Net détecte un problème et le noyeau tente un reset de la carte, mais sans succès Le watchdog software (''!CheckAodv'') entre en jeu et redémarre l'interface: Jan 10 03:52:38 josaphat logger: CheckAodv: No neighbourg responding Jan 10 03:52:38 josaphat logger: CheckAodv: Alone too long... Jan 10 03:52:38 josaphat logger: CheckAodv: Restarting interface Jan 10 03:52:38 josaphat logger: /usr/local/bin/CheckAodv: line 81: ifdown: command not found Jan 10 03:52:43 josaphat logger: /usr/local/bin/CheckAodv: line 83: ifup: command not found Il s'agit d'un probléme connu que je n'ai pas corrigé: le ''path'' est incomplet lors de l'exécution du script. L'interface est redémarée manuellment par Ivan à 14:55: Jan 10 14:54:59 josaphat kernel: wlan0: updating basic rate set automatically to match with the new supported rate set Jan 10 15:07:03 josaphat logger: CheckAodv: All checks passed == Root Cause == La cause du problème initial est jusqu'a présent inconnue (je n'ai pas fait de recherche détaillée) == Corrective Action == Le ''crontab'' du watchdog software (''!CheckAodv'') est mis-a-jour sur Josaphat et Panik de manière à avoir un ''path'' correct. = 10 Janvier 05 -15H - Intervention sur place = Intervenants : Ivan * Constat distant : connexion down * Sur place, les messages d'erreurs suivants défilent en continu sur l'écran : **wifi0: interrupt delivery does not seem to work **NET: 4 ou x messages suppressed * Action : /etc/init.d/pcmcia restart = 26/27 Décembre 04 - Intervention distante = Intervenants : Philippe * Activation du streaming en mode client (service stream-panik) * Configuration de NTP = 25 decembre 04 - 21H50 - Intervention distante = Intervenants : Guy * Installation d'iperf par apt le demon n'est pas lancé automatiquement. = 13 novembre 04 - 16h00 - Intervention distante = Intervenant : Philippe * Limitation du lien a 2Mb/s (live + mise-à-jour de ''/etc/network/interface''). <br />Il est intéressant de constater que si les voisins directs ont l'air d'être aussi en 2Mb/s, Josaphat reste en 1Mb/s * Mise a jour de ''/etc/hosts'' = 11 novembre 04 - 19h00 - Intervention distante = Intervenant : Philippe * Installation d'un script de monitoring de AODV.<br />L'interface est réinitialisé si: *** AODV ou un de ses modules n'est plus présent *** Il ne sait pas contacter un de ses voisin (back/bulles/panik) pendant plus de 2 heures La sortie du script est consignée dans ''/var/log/messages'' donc on peux voir s'il y a eu un problème. = 09 novembre 04 - 14h30 - Intervention sur place = Intervenants : Guy, Ivan * Le point ne connectait plus le reste du reseau pour une raison bien simple aodv ne tournait plus.<br />Pourquoi aodv ne tournait-il plus, cela est une autre question.<br />J'ai téléchargé tous les logs de la machine et je n'ai rien trouvé qui indique le plantage ou l'arrêt de aodv.<br />Pour le reste la machine tournait sans aucun problème la seule action que nous avons effectuée sur la machine * Nous avons ecarté l'antenne du mat grâce a une patte d'écartement. L'antenne est en outre montée de 30 cm cela peut sembler ridicule mais les deux actions conjugées ont fait que maintenant Louise et philantropie ne sont plus qu'as un hop de Josaphat, Prague a 2 hop de Josaphat. <br />La conexion est certe très mauvaise mais étant donné que le point Tagawa est down pour l'instant .... = 03 octobre 04 - 14h30 - Intervention sur place = Intervenants : Guy, Ivan * Placement de la bande de protection du connecteur d'antenne * Placement du capot du PC (arrêt du pc, déconnexion du cable et remontage) [[Category:Gestion RéseauCitoyen]] 1477 1476 2007-01-10T23:15:44Z Cedricnet 5 /* date 2006-01-10 - Configuration actuelle */ wikitext text/x-wiki = A faire = * 5Ghz * * .... = date 2006-01-10 - Configuration actuelle = wrt (freifunk) 2.4 ghz, canal 1. BSSID indiqué dans l'interface web (11:11...) antenne omnidirectionelle ( ? db) *ip wifi 10.8.39.138 *ip lan 192.168.39.55 relié par ethernet à une soekris 4511 (1 minipci, 1 pcmcia) soekris (voyage 0.2-10 - www.voyage.hk) une carte SR5 minipci. 5 ghz, canal 149. pour le moment en ap "josaphatmaster" antenne omnidirectionelle (pacwireless 12 db) *ip lan 192.168.39.1 *ip wifi 192.168.38.1 dans les deux cas, +/- 6 m de câble (référence?) terminés par un N mâle. = date 2006-01-10 - Il est toujours la détails de la configuration actuelle = Intervenants :ivan et cedric mais david écrit ;) *à l' heure actuelle c' est un wrt54gs avec openwrt je pense *relié a une soekris+sr5 *ip lan du wrt 192.168.39.55 *ip lan de la soekris 192.168.39.1 *ip wifi de la soekris 192.168.38.1 voila on remet la maintenance a partir d aujourd hui en route. dako = date 05 - heure - Intervention distante/sur place = Intervenants : ..... * Détails de l'intervention * ....... = 13 Février 05 - 13h - Intervention distante = Intervenants : Philippe * Installation de rc-watchdog sur josaphat/joske/panik = 31 Janvier 05 - 10h - Intervention distante = Intervenants : Guy * Remise en route d'aodv sur josaphat et panik = 30 Janvier 05 - 13h - Intervention sur place = Intervenants : Jean-Michel (panik), Serge (panik), Gwen (panik), Ivan * Arrêt des routeurs de rc * Remise en fonction du faisceau analogique 2,4Ghz de panik * Redémarrage des routeurs rc Remarque : le fonctionnement des routeurs rc ne pertubent pas la transmission du faisceau et la qualité d'émission de Radio panik est très bonne :) = 23 Janvier 05 - heure - Intervention sur place = Intervenants : Mathieu, Guy, Ivan Essais d'antennes connectées au portable de Mathieu * Essai 9dB 7° down tilt - Connexion légèrement meilleur. Cela vaudra donc la peine de remplacer la 12dB par celle-ci * Essai d'une omnifacile2 prêtée pour essai. Résultat très acceptable pour 0° tilt vers Panik et acceptable aussi vers Bulles * Essai d'une antenne Linksys 7dB. 0° de perte vers Bulles. Pourrait remplacer les 9dB et même la 8dB de Stephan. = 21 Janvier 05 - 14h - Intervention distante = Intervenants : Ivan * Changemant de l'IP de l'interface eth0 de 192.168.0.109 en 192.168.1.130 via rc. * Changement du fichier /etc/network/interfaces en fonction de ce changement d'IP * Essai ssh entre les 2 machines concluant. = 21 Janvier 05 - 11h - Intervention sur place = Intervenants : Ivan * Placement d'un câble Ethernet crossconnect entre les machines : josaphat et joske * Remplacement de l'ampoule d'éclairage du local technique. = 12 Janvier 05 - 13h30 à 16h - Intervention sur place = Intervenants : David, Ivan * Ajout d'une antenne 12dB 3° down tilt connectée routeur déjà installé sur lequel est installé le player ogg123 - IP : 10.8.39.138 * Placement d'un deuxième routeur, un portable de récup muni d'une carte engenius et relié à l'ancienne antenne de 9dB 0° tilt - IP : 10.6.13.115 * Remarque 1 : il y avait du vent et nous avons pu constater que le mât oscillait assez fort. Il sera donc exclu de placer une grid, sauf si nous pouvons la mettre tout en bas du mât, place occupé pour le moment par la grid du faisceau. * Remarque 2 : l'ecoflex est un très bon produit et les connecteurs, ne nécessitant pas de soudure, sont très faciles à installer sur site. Se munir de 2 clefs de 19. = 10 Janvier 05 - 21H - Intervention distante = Intervenant : Philippe -- Analyse du problème rapporté par Ivan == Observations == L'incident démarre le 10 Janvier à 1:55: Jan 10 01:55:40 josaphat kernel: NETDEV WATCHDOG: wifi0: transmit timed out Jan 10 01:55:40 josaphat kernel: wifi0 Tx timed out! Resetting card Jan 10 01:55:40 josaphat kernel: hostap_cs: wifi0: resetting card Jan 10 01:55:42 josaphat kernel: NETDEV WATCHDOG: wifi0: transmit timed out Jan 10 01:55:42 josaphat kernel: wifi0 Tx timed out! Resetting card Jan 10 01:55:43 josaphat kernel: wifi0: interrupt delivery does not seem to work Jan 10 01:55:43 josaphat kernel: wifi0: Port type setting to 0 failed et se répète toutes les secondes Le watchdog Net détecte un problème et le noyeau tente un reset de la carte, mais sans succès Le watchdog software (''!CheckAodv'') entre en jeu et redémarre l'interface: Jan 10 03:52:38 josaphat logger: CheckAodv: No neighbourg responding Jan 10 03:52:38 josaphat logger: CheckAodv: Alone too long... Jan 10 03:52:38 josaphat logger: CheckAodv: Restarting interface Jan 10 03:52:38 josaphat logger: /usr/local/bin/CheckAodv: line 81: ifdown: command not found Jan 10 03:52:43 josaphat logger: /usr/local/bin/CheckAodv: line 83: ifup: command not found Il s'agit d'un probléme connu que je n'ai pas corrigé: le ''path'' est incomplet lors de l'exécution du script. L'interface est redémarée manuellment par Ivan à 14:55: Jan 10 14:54:59 josaphat kernel: wlan0: updating basic rate set automatically to match with the new supported rate set Jan 10 15:07:03 josaphat logger: CheckAodv: All checks passed == Root Cause == La cause du problème initial est jusqu'a présent inconnue (je n'ai pas fait de recherche détaillée) == Corrective Action == Le ''crontab'' du watchdog software (''!CheckAodv'') est mis-a-jour sur Josaphat et Panik de manière à avoir un ''path'' correct. = 10 Janvier 05 -15H - Intervention sur place = Intervenants : Ivan * Constat distant : connexion down * Sur place, les messages d'erreurs suivants défilent en continu sur l'écran : **wifi0: interrupt delivery does not seem to work **NET: 4 ou x messages suppressed * Action : /etc/init.d/pcmcia restart = 26/27 Décembre 04 - Intervention distante = Intervenants : Philippe * Activation du streaming en mode client (service stream-panik) * Configuration de NTP = 25 decembre 04 - 21H50 - Intervention distante = Intervenants : Guy * Installation d'iperf par apt le demon n'est pas lancé automatiquement. = 13 novembre 04 - 16h00 - Intervention distante = Intervenant : Philippe * Limitation du lien a 2Mb/s (live + mise-à-jour de ''/etc/network/interface''). <br />Il est intéressant de constater que si les voisins directs ont l'air d'être aussi en 2Mb/s, Josaphat reste en 1Mb/s * Mise a jour de ''/etc/hosts'' = 11 novembre 04 - 19h00 - Intervention distante = Intervenant : Philippe * Installation d'un script de monitoring de AODV.<br />L'interface est réinitialisé si: *** AODV ou un de ses modules n'est plus présent *** Il ne sait pas contacter un de ses voisin (back/bulles/panik) pendant plus de 2 heures La sortie du script est consignée dans ''/var/log/messages'' donc on peux voir s'il y a eu un problème. = 09 novembre 04 - 14h30 - Intervention sur place = Intervenants : Guy, Ivan * Le point ne connectait plus le reste du reseau pour une raison bien simple aodv ne tournait plus.<br />Pourquoi aodv ne tournait-il plus, cela est une autre question.<br />J'ai téléchargé tous les logs de la machine et je n'ai rien trouvé qui indique le plantage ou l'arrêt de aodv.<br />Pour le reste la machine tournait sans aucun problème la seule action que nous avons effectuée sur la machine * Nous avons ecarté l'antenne du mat grâce a une patte d'écartement. L'antenne est en outre montée de 30 cm cela peut sembler ridicule mais les deux actions conjugées ont fait que maintenant Louise et philantropie ne sont plus qu'as un hop de Josaphat, Prague a 2 hop de Josaphat. <br />La conexion est certe très mauvaise mais étant donné que le point Tagawa est down pour l'instant .... = 03 octobre 04 - 14h30 - Intervention sur place = Intervenants : Guy, Ivan * Placement de la bande de protection du connecteur d'antenne * Placement du capot du PC (arrêt du pc, déconnexion du cable et remontage) [[Category:Gestion RéseauCitoyen]] 1478 1477 2007-01-10T23:16:35Z Cedricnet 5 /* A faire */ wikitext text/x-wiki = A faire = * 5Ghz * modifier le bssid dans l'interface web pour CA:FE:CA:FE... * Cédric, sur place, régler le watchdog * .... = date 2006-01-10 - Configuration actuelle = wrt (freifunk) 2.4 ghz, canal 1. BSSID indiqué dans l'interface web (11:11...) antenne omnidirectionelle ( ? db) *ip wifi 10.8.39.138 *ip lan 192.168.39.55 relié par ethernet à une soekris 4511 (1 minipci, 1 pcmcia) soekris (voyage 0.2-10 - www.voyage.hk) une carte SR5 minipci. 5 ghz, canal 149. pour le moment en ap "josaphatmaster" antenne omnidirectionelle (pacwireless 12 db) *ip lan 192.168.39.1 *ip wifi 192.168.38.1 dans les deux cas, +/- 6 m de câble (référence?) terminés par un N mâle. = date 2006-01-10 - Il est toujours la détails de la configuration actuelle = Intervenants :ivan et cedric mais david écrit ;) *à l' heure actuelle c' est un wrt54gs avec openwrt je pense *relié a une soekris+sr5 *ip lan du wrt 192.168.39.55 *ip lan de la soekris 192.168.39.1 *ip wifi de la soekris 192.168.38.1 voila on remet la maintenance a partir d aujourd hui en route. dako = date 05 - heure - Intervention distante/sur place = Intervenants : ..... * Détails de l'intervention * ....... = 13 Février 05 - 13h - Intervention distante = Intervenants : Philippe * Installation de rc-watchdog sur josaphat/joske/panik = 31 Janvier 05 - 10h - Intervention distante = Intervenants : Guy * Remise en route d'aodv sur josaphat et panik = 30 Janvier 05 - 13h - Intervention sur place = Intervenants : Jean-Michel (panik), Serge (panik), Gwen (panik), Ivan * Arrêt des routeurs de rc * Remise en fonction du faisceau analogique 2,4Ghz de panik * Redémarrage des routeurs rc Remarque : le fonctionnement des routeurs rc ne pertubent pas la transmission du faisceau et la qualité d'émission de Radio panik est très bonne :) = 23 Janvier 05 - heure - Intervention sur place = Intervenants : Mathieu, Guy, Ivan Essais d'antennes connectées au portable de Mathieu * Essai 9dB 7° down tilt - Connexion légèrement meilleur. Cela vaudra donc la peine de remplacer la 12dB par celle-ci * Essai d'une omnifacile2 prêtée pour essai. Résultat très acceptable pour 0° tilt vers Panik et acceptable aussi vers Bulles * Essai d'une antenne Linksys 7dB. 0° de perte vers Bulles. Pourrait remplacer les 9dB et même la 8dB de Stephan. = 21 Janvier 05 - 14h - Intervention distante = Intervenants : Ivan * Changemant de l'IP de l'interface eth0 de 192.168.0.109 en 192.168.1.130 via rc. * Changement du fichier /etc/network/interfaces en fonction de ce changement d'IP * Essai ssh entre les 2 machines concluant. = 21 Janvier 05 - 11h - Intervention sur place = Intervenants : Ivan * Placement d'un câble Ethernet crossconnect entre les machines : josaphat et joske * Remplacement de l'ampoule d'éclairage du local technique. = 12 Janvier 05 - 13h30 à 16h - Intervention sur place = Intervenants : David, Ivan * Ajout d'une antenne 12dB 3° down tilt connectée routeur déjà installé sur lequel est installé le player ogg123 - IP : 10.8.39.138 * Placement d'un deuxième routeur, un portable de récup muni d'une carte engenius et relié à l'ancienne antenne de 9dB 0° tilt - IP : 10.6.13.115 * Remarque 1 : il y avait du vent et nous avons pu constater que le mât oscillait assez fort. Il sera donc exclu de placer une grid, sauf si nous pouvons la mettre tout en bas du mât, place occupé pour le moment par la grid du faisceau. * Remarque 2 : l'ecoflex est un très bon produit et les connecteurs, ne nécessitant pas de soudure, sont très faciles à installer sur site. Se munir de 2 clefs de 19. = 10 Janvier 05 - 21H - Intervention distante = Intervenant : Philippe -- Analyse du problème rapporté par Ivan == Observations == L'incident démarre le 10 Janvier à 1:55: Jan 10 01:55:40 josaphat kernel: NETDEV WATCHDOG: wifi0: transmit timed out Jan 10 01:55:40 josaphat kernel: wifi0 Tx timed out! Resetting card Jan 10 01:55:40 josaphat kernel: hostap_cs: wifi0: resetting card Jan 10 01:55:42 josaphat kernel: NETDEV WATCHDOG: wifi0: transmit timed out Jan 10 01:55:42 josaphat kernel: wifi0 Tx timed out! Resetting card Jan 10 01:55:43 josaphat kernel: wifi0: interrupt delivery does not seem to work Jan 10 01:55:43 josaphat kernel: wifi0: Port type setting to 0 failed et se répète toutes les secondes Le watchdog Net détecte un problème et le noyeau tente un reset de la carte, mais sans succès Le watchdog software (''!CheckAodv'') entre en jeu et redémarre l'interface: Jan 10 03:52:38 josaphat logger: CheckAodv: No neighbourg responding Jan 10 03:52:38 josaphat logger: CheckAodv: Alone too long... Jan 10 03:52:38 josaphat logger: CheckAodv: Restarting interface Jan 10 03:52:38 josaphat logger: /usr/local/bin/CheckAodv: line 81: ifdown: command not found Jan 10 03:52:43 josaphat logger: /usr/local/bin/CheckAodv: line 83: ifup: command not found Il s'agit d'un probléme connu que je n'ai pas corrigé: le ''path'' est incomplet lors de l'exécution du script. L'interface est redémarée manuellment par Ivan à 14:55: Jan 10 14:54:59 josaphat kernel: wlan0: updating basic rate set automatically to match with the new supported rate set Jan 10 15:07:03 josaphat logger: CheckAodv: All checks passed == Root Cause == La cause du problème initial est jusqu'a présent inconnue (je n'ai pas fait de recherche détaillée) == Corrective Action == Le ''crontab'' du watchdog software (''!CheckAodv'') est mis-a-jour sur Josaphat et Panik de manière à avoir un ''path'' correct. = 10 Janvier 05 -15H - Intervention sur place = Intervenants : Ivan * Constat distant : connexion down * Sur place, les messages d'erreurs suivants défilent en continu sur l'écran : **wifi0: interrupt delivery does not seem to work **NET: 4 ou x messages suppressed * Action : /etc/init.d/pcmcia restart = 26/27 Décembre 04 - Intervention distante = Intervenants : Philippe * Activation du streaming en mode client (service stream-panik) * Configuration de NTP = 25 decembre 04 - 21H50 - Intervention distante = Intervenants : Guy * Installation d'iperf par apt le demon n'est pas lancé automatiquement. = 13 novembre 04 - 16h00 - Intervention distante = Intervenant : Philippe * Limitation du lien a 2Mb/s (live + mise-à-jour de ''/etc/network/interface''). <br />Il est intéressant de constater que si les voisins directs ont l'air d'être aussi en 2Mb/s, Josaphat reste en 1Mb/s * Mise a jour de ''/etc/hosts'' = 11 novembre 04 - 19h00 - Intervention distante = Intervenant : Philippe * Installation d'un script de monitoring de AODV.<br />L'interface est réinitialisé si: *** AODV ou un de ses modules n'est plus présent *** Il ne sait pas contacter un de ses voisin (back/bulles/panik) pendant plus de 2 heures La sortie du script est consignée dans ''/var/log/messages'' donc on peux voir s'il y a eu un problème. = 09 novembre 04 - 14h30 - Intervention sur place = Intervenants : Guy, Ivan * Le point ne connectait plus le reste du reseau pour une raison bien simple aodv ne tournait plus.<br />Pourquoi aodv ne tournait-il plus, cela est une autre question.<br />J'ai téléchargé tous les logs de la machine et je n'ai rien trouvé qui indique le plantage ou l'arrêt de aodv.<br />Pour le reste la machine tournait sans aucun problème la seule action que nous avons effectuée sur la machine * Nous avons ecarté l'antenne du mat grâce a une patte d'écartement. L'antenne est en outre montée de 30 cm cela peut sembler ridicule mais les deux actions conjugées ont fait que maintenant Louise et philantropie ne sont plus qu'as un hop de Josaphat, Prague a 2 hop de Josaphat. <br />La conexion est certe très mauvaise mais étant donné que le point Tagawa est down pour l'instant .... = 03 octobre 04 - 14h30 - Intervention sur place = Intervenants : Guy, Ivan * Placement de la bande de protection du connecteur d'antenne * Placement du capot du PC (arrêt du pc, déconnexion du cable et remontage) [[Category:Gestion RéseauCitoyen]] 1479 1478 2007-01-10T23:16:48Z Cedricnet 5 /* A faire */ wikitext text/x-wiki = A faire = * 5Ghz * modifier le bssid dans l'interface web pour CA:FE:CA:FE... * Cédric, sur place, régler le watchdog * * .... = date 2006-01-10 - Configuration actuelle = wrt (freifunk) 2.4 ghz, canal 1. BSSID indiqué dans l'interface web (11:11...) antenne omnidirectionelle ( ? db) *ip wifi 10.8.39.138 *ip lan 192.168.39.55 relié par ethernet à une soekris 4511 (1 minipci, 1 pcmcia) soekris (voyage 0.2-10 - www.voyage.hk) une carte SR5 minipci. 5 ghz, canal 149. pour le moment en ap "josaphatmaster" antenne omnidirectionelle (pacwireless 12 db) *ip lan 192.168.39.1 *ip wifi 192.168.38.1 dans les deux cas, +/- 6 m de câble (référence?) terminés par un N mâle. = date 2006-01-10 - Il est toujours la détails de la configuration actuelle = Intervenants :ivan et cedric mais david écrit ;) *à l' heure actuelle c' est un wrt54gs avec openwrt je pense *relié a une soekris+sr5 *ip lan du wrt 192.168.39.55 *ip lan de la soekris 192.168.39.1 *ip wifi de la soekris 192.168.38.1 voila on remet la maintenance a partir d aujourd hui en route. dako = date 05 - heure - Intervention distante/sur place = Intervenants : ..... * Détails de l'intervention * ....... = 13 Février 05 - 13h - Intervention distante = Intervenants : Philippe * Installation de rc-watchdog sur josaphat/joske/panik = 31 Janvier 05 - 10h - Intervention distante = Intervenants : Guy * Remise en route d'aodv sur josaphat et panik = 30 Janvier 05 - 13h - Intervention sur place = Intervenants : Jean-Michel (panik), Serge (panik), Gwen (panik), Ivan * Arrêt des routeurs de rc * Remise en fonction du faisceau analogique 2,4Ghz de panik * Redémarrage des routeurs rc Remarque : le fonctionnement des routeurs rc ne pertubent pas la transmission du faisceau et la qualité d'émission de Radio panik est très bonne :) = 23 Janvier 05 - heure - Intervention sur place = Intervenants : Mathieu, Guy, Ivan Essais d'antennes connectées au portable de Mathieu * Essai 9dB 7° down tilt - Connexion légèrement meilleur. Cela vaudra donc la peine de remplacer la 12dB par celle-ci * Essai d'une omnifacile2 prêtée pour essai. Résultat très acceptable pour 0° tilt vers Panik et acceptable aussi vers Bulles * Essai d'une antenne Linksys 7dB. 0° de perte vers Bulles. Pourrait remplacer les 9dB et même la 8dB de Stephan. = 21 Janvier 05 - 14h - Intervention distante = Intervenants : Ivan * Changemant de l'IP de l'interface eth0 de 192.168.0.109 en 192.168.1.130 via rc. * Changement du fichier /etc/network/interfaces en fonction de ce changement d'IP * Essai ssh entre les 2 machines concluant. = 21 Janvier 05 - 11h - Intervention sur place = Intervenants : Ivan * Placement d'un câble Ethernet crossconnect entre les machines : josaphat et joske * Remplacement de l'ampoule d'éclairage du local technique. = 12 Janvier 05 - 13h30 à 16h - Intervention sur place = Intervenants : David, Ivan * Ajout d'une antenne 12dB 3° down tilt connectée routeur déjà installé sur lequel est installé le player ogg123 - IP : 10.8.39.138 * Placement d'un deuxième routeur, un portable de récup muni d'une carte engenius et relié à l'ancienne antenne de 9dB 0° tilt - IP : 10.6.13.115 * Remarque 1 : il y avait du vent et nous avons pu constater que le mât oscillait assez fort. Il sera donc exclu de placer une grid, sauf si nous pouvons la mettre tout en bas du mât, place occupé pour le moment par la grid du faisceau. * Remarque 2 : l'ecoflex est un très bon produit et les connecteurs, ne nécessitant pas de soudure, sont très faciles à installer sur site. Se munir de 2 clefs de 19. = 10 Janvier 05 - 21H - Intervention distante = Intervenant : Philippe -- Analyse du problème rapporté par Ivan == Observations == L'incident démarre le 10 Janvier à 1:55: Jan 10 01:55:40 josaphat kernel: NETDEV WATCHDOG: wifi0: transmit timed out Jan 10 01:55:40 josaphat kernel: wifi0 Tx timed out! Resetting card Jan 10 01:55:40 josaphat kernel: hostap_cs: wifi0: resetting card Jan 10 01:55:42 josaphat kernel: NETDEV WATCHDOG: wifi0: transmit timed out Jan 10 01:55:42 josaphat kernel: wifi0 Tx timed out! Resetting card Jan 10 01:55:43 josaphat kernel: wifi0: interrupt delivery does not seem to work Jan 10 01:55:43 josaphat kernel: wifi0: Port type setting to 0 failed et se répète toutes les secondes Le watchdog Net détecte un problème et le noyeau tente un reset de la carte, mais sans succès Le watchdog software (''!CheckAodv'') entre en jeu et redémarre l'interface: Jan 10 03:52:38 josaphat logger: CheckAodv: No neighbourg responding Jan 10 03:52:38 josaphat logger: CheckAodv: Alone too long... Jan 10 03:52:38 josaphat logger: CheckAodv: Restarting interface Jan 10 03:52:38 josaphat logger: /usr/local/bin/CheckAodv: line 81: ifdown: command not found Jan 10 03:52:43 josaphat logger: /usr/local/bin/CheckAodv: line 83: ifup: command not found Il s'agit d'un probléme connu que je n'ai pas corrigé: le ''path'' est incomplet lors de l'exécution du script. L'interface est redémarée manuellment par Ivan à 14:55: Jan 10 14:54:59 josaphat kernel: wlan0: updating basic rate set automatically to match with the new supported rate set Jan 10 15:07:03 josaphat logger: CheckAodv: All checks passed == Root Cause == La cause du problème initial est jusqu'a présent inconnue (je n'ai pas fait de recherche détaillée) == Corrective Action == Le ''crontab'' du watchdog software (''!CheckAodv'') est mis-a-jour sur Josaphat et Panik de manière à avoir un ''path'' correct. = 10 Janvier 05 -15H - Intervention sur place = Intervenants : Ivan * Constat distant : connexion down * Sur place, les messages d'erreurs suivants défilent en continu sur l'écran : **wifi0: interrupt delivery does not seem to work **NET: 4 ou x messages suppressed * Action : /etc/init.d/pcmcia restart = 26/27 Décembre 04 - Intervention distante = Intervenants : Philippe * Activation du streaming en mode client (service stream-panik) * Configuration de NTP = 25 decembre 04 - 21H50 - Intervention distante = Intervenants : Guy * Installation d'iperf par apt le demon n'est pas lancé automatiquement. = 13 novembre 04 - 16h00 - Intervention distante = Intervenant : Philippe * Limitation du lien a 2Mb/s (live + mise-à-jour de ''/etc/network/interface''). <br />Il est intéressant de constater que si les voisins directs ont l'air d'être aussi en 2Mb/s, Josaphat reste en 1Mb/s * Mise a jour de ''/etc/hosts'' = 11 novembre 04 - 19h00 - Intervention distante = Intervenant : Philippe * Installation d'un script de monitoring de AODV.<br />L'interface est réinitialisé si: *** AODV ou un de ses modules n'est plus présent *** Il ne sait pas contacter un de ses voisin (back/bulles/panik) pendant plus de 2 heures La sortie du script est consignée dans ''/var/log/messages'' donc on peux voir s'il y a eu un problème. = 09 novembre 04 - 14h30 - Intervention sur place = Intervenants : Guy, Ivan * Le point ne connectait plus le reste du reseau pour une raison bien simple aodv ne tournait plus.<br />Pourquoi aodv ne tournait-il plus, cela est une autre question.<br />J'ai téléchargé tous les logs de la machine et je n'ai rien trouvé qui indique le plantage ou l'arrêt de aodv.<br />Pour le reste la machine tournait sans aucun problème la seule action que nous avons effectuée sur la machine * Nous avons ecarté l'antenne du mat grâce a une patte d'écartement. L'antenne est en outre montée de 30 cm cela peut sembler ridicule mais les deux actions conjugées ont fait que maintenant Louise et philantropie ne sont plus qu'as un hop de Josaphat, Prague a 2 hop de Josaphat. <br />La conexion est certe très mauvaise mais étant donné que le point Tagawa est down pour l'instant .... = 03 octobre 04 - 14h30 - Intervention sur place = Intervenants : Guy, Ivan * Placement de la bande de protection du connecteur d'antenne * Placement du capot du PC (arrêt du pc, déconnexion du cable et remontage) [[Category:Gestion RéseauCitoyen]] 1480 1479 2007-01-10T23:18:01Z Cedricnet 5 /* A faire */ wikitext text/x-wiki = A faire = * 5Ghz * modifier le bssid dans l'interface web pour CA:FE:CA:FE... * Cédric, sur place, régler le watchdog * chez Ivan : remettre en route le pc qui s'y trouvait (le pc attends chez Ivan) * .... = date 2006-01-10 - Configuration actuelle = wrt (freifunk) 2.4 ghz, canal 1. BSSID indiqué dans l'interface web (11:11...) antenne omnidirectionelle ( ? db) *ip wifi 10.8.39.138 *ip lan 192.168.39.55 relié par ethernet à une soekris 4511 (1 minipci, 1 pcmcia) soekris (voyage 0.2-10 - www.voyage.hk) une carte SR5 minipci. 5 ghz, canal 149. pour le moment en ap "josaphatmaster" antenne omnidirectionelle (pacwireless 12 db) *ip lan 192.168.39.1 *ip wifi 192.168.38.1 dans les deux cas, +/- 6 m de câble (référence?) terminés par un N mâle. = date 2006-01-10 - Il est toujours la détails de la configuration actuelle = Intervenants :ivan et cedric mais david écrit ;) *à l' heure actuelle c' est un wrt54gs avec openwrt je pense *relié a une soekris+sr5 *ip lan du wrt 192.168.39.55 *ip lan de la soekris 192.168.39.1 *ip wifi de la soekris 192.168.38.1 voila on remet la maintenance a partir d aujourd hui en route. dako = date 05 - heure - Intervention distante/sur place = Intervenants : ..... * Détails de l'intervention * ....... = 13 Février 05 - 13h - Intervention distante = Intervenants : Philippe * Installation de rc-watchdog sur josaphat/joske/panik = 31 Janvier 05 - 10h - Intervention distante = Intervenants : Guy * Remise en route d'aodv sur josaphat et panik = 30 Janvier 05 - 13h - Intervention sur place = Intervenants : Jean-Michel (panik), Serge (panik), Gwen (panik), Ivan * Arrêt des routeurs de rc * Remise en fonction du faisceau analogique 2,4Ghz de panik * Redémarrage des routeurs rc Remarque : le fonctionnement des routeurs rc ne pertubent pas la transmission du faisceau et la qualité d'émission de Radio panik est très bonne :) = 23 Janvier 05 - heure - Intervention sur place = Intervenants : Mathieu, Guy, Ivan Essais d'antennes connectées au portable de Mathieu * Essai 9dB 7° down tilt - Connexion légèrement meilleur. Cela vaudra donc la peine de remplacer la 12dB par celle-ci * Essai d'une omnifacile2 prêtée pour essai. Résultat très acceptable pour 0° tilt vers Panik et acceptable aussi vers Bulles * Essai d'une antenne Linksys 7dB. 0° de perte vers Bulles. Pourrait remplacer les 9dB et même la 8dB de Stephan. = 21 Janvier 05 - 14h - Intervention distante = Intervenants : Ivan * Changemant de l'IP de l'interface eth0 de 192.168.0.109 en 192.168.1.130 via rc. * Changement du fichier /etc/network/interfaces en fonction de ce changement d'IP * Essai ssh entre les 2 machines concluant. = 21 Janvier 05 - 11h - Intervention sur place = Intervenants : Ivan * Placement d'un câble Ethernet crossconnect entre les machines : josaphat et joske * Remplacement de l'ampoule d'éclairage du local technique. = 12 Janvier 05 - 13h30 à 16h - Intervention sur place = Intervenants : David, Ivan * Ajout d'une antenne 12dB 3° down tilt connectée routeur déjà installé sur lequel est installé le player ogg123 - IP : 10.8.39.138 * Placement d'un deuxième routeur, un portable de récup muni d'une carte engenius et relié à l'ancienne antenne de 9dB 0° tilt - IP : 10.6.13.115 * Remarque 1 : il y avait du vent et nous avons pu constater que le mât oscillait assez fort. Il sera donc exclu de placer une grid, sauf si nous pouvons la mettre tout en bas du mât, place occupé pour le moment par la grid du faisceau. * Remarque 2 : l'ecoflex est un très bon produit et les connecteurs, ne nécessitant pas de soudure, sont très faciles à installer sur site. Se munir de 2 clefs de 19. = 10 Janvier 05 - 21H - Intervention distante = Intervenant : Philippe -- Analyse du problème rapporté par Ivan == Observations == L'incident démarre le 10 Janvier à 1:55: Jan 10 01:55:40 josaphat kernel: NETDEV WATCHDOG: wifi0: transmit timed out Jan 10 01:55:40 josaphat kernel: wifi0 Tx timed out! Resetting card Jan 10 01:55:40 josaphat kernel: hostap_cs: wifi0: resetting card Jan 10 01:55:42 josaphat kernel: NETDEV WATCHDOG: wifi0: transmit timed out Jan 10 01:55:42 josaphat kernel: wifi0 Tx timed out! Resetting card Jan 10 01:55:43 josaphat kernel: wifi0: interrupt delivery does not seem to work Jan 10 01:55:43 josaphat kernel: wifi0: Port type setting to 0 failed et se répète toutes les secondes Le watchdog Net détecte un problème et le noyeau tente un reset de la carte, mais sans succès Le watchdog software (''!CheckAodv'') entre en jeu et redémarre l'interface: Jan 10 03:52:38 josaphat logger: CheckAodv: No neighbourg responding Jan 10 03:52:38 josaphat logger: CheckAodv: Alone too long... Jan 10 03:52:38 josaphat logger: CheckAodv: Restarting interface Jan 10 03:52:38 josaphat logger: /usr/local/bin/CheckAodv: line 81: ifdown: command not found Jan 10 03:52:43 josaphat logger: /usr/local/bin/CheckAodv: line 83: ifup: command not found Il s'agit d'un probléme connu que je n'ai pas corrigé: le ''path'' est incomplet lors de l'exécution du script. L'interface est redémarée manuellment par Ivan à 14:55: Jan 10 14:54:59 josaphat kernel: wlan0: updating basic rate set automatically to match with the new supported rate set Jan 10 15:07:03 josaphat logger: CheckAodv: All checks passed == Root Cause == La cause du problème initial est jusqu'a présent inconnue (je n'ai pas fait de recherche détaillée) == Corrective Action == Le ''crontab'' du watchdog software (''!CheckAodv'') est mis-a-jour sur Josaphat et Panik de manière à avoir un ''path'' correct. = 10 Janvier 05 -15H - Intervention sur place = Intervenants : Ivan * Constat distant : connexion down * Sur place, les messages d'erreurs suivants défilent en continu sur l'écran : **wifi0: interrupt delivery does not seem to work **NET: 4 ou x messages suppressed * Action : /etc/init.d/pcmcia restart = 26/27 Décembre 04 - Intervention distante = Intervenants : Philippe * Activation du streaming en mode client (service stream-panik) * Configuration de NTP = 25 decembre 04 - 21H50 - Intervention distante = Intervenants : Guy * Installation d'iperf par apt le demon n'est pas lancé automatiquement. = 13 novembre 04 - 16h00 - Intervention distante = Intervenant : Philippe * Limitation du lien a 2Mb/s (live + mise-à-jour de ''/etc/network/interface''). <br />Il est intéressant de constater que si les voisins directs ont l'air d'être aussi en 2Mb/s, Josaphat reste en 1Mb/s * Mise a jour de ''/etc/hosts'' = 11 novembre 04 - 19h00 - Intervention distante = Intervenant : Philippe * Installation d'un script de monitoring de AODV.<br />L'interface est réinitialisé si: *** AODV ou un de ses modules n'est plus présent *** Il ne sait pas contacter un de ses voisin (back/bulles/panik) pendant plus de 2 heures La sortie du script est consignée dans ''/var/log/messages'' donc on peux voir s'il y a eu un problème. = 09 novembre 04 - 14h30 - Intervention sur place = Intervenants : Guy, Ivan * Le point ne connectait plus le reste du reseau pour une raison bien simple aodv ne tournait plus.<br />Pourquoi aodv ne tournait-il plus, cela est une autre question.<br />J'ai téléchargé tous les logs de la machine et je n'ai rien trouvé qui indique le plantage ou l'arrêt de aodv.<br />Pour le reste la machine tournait sans aucun problème la seule action que nous avons effectuée sur la machine * Nous avons ecarté l'antenne du mat grâce a une patte d'écartement. L'antenne est en outre montée de 30 cm cela peut sembler ridicule mais les deux actions conjugées ont fait que maintenant Louise et philantropie ne sont plus qu'as un hop de Josaphat, Prague a 2 hop de Josaphat. <br />La conexion est certe très mauvaise mais étant donné que le point Tagawa est down pour l'instant .... = 03 octobre 04 - 14h30 - Intervention sur place = Intervenants : Guy, Ivan * Placement de la bande de protection du connecteur d'antenne * Placement du capot du PC (arrêt du pc, déconnexion du cable et remontage) [[Category:Gestion RéseauCitoyen]] 1481 1480 2007-01-10T23:23:29Z Cedricnet 5 /* date 2006-01-10 - Configuration actuelle */ wikitext text/x-wiki = A faire = * 5Ghz * modifier le bssid dans l'interface web pour CA:FE:CA:FE... * Cédric, sur place, régler le watchdog * chez Ivan : remettre en route le pc qui s'y trouvait (le pc attends chez Ivan) * .... = date 2006-01-10 - Configuration actuelle = wrt (freifunk) 2.4 ghz, canal 1. BSSID indiqué dans l'interface web (11:11...) antenne omnidirectionelle ( ? db) *ip wifi 10.8.39.138 *ip lan 192.168.39.55 relié par ethernet à une soekris 4511 (1 minipci, 1 pcmcia) soekris (voyage 0.2-10 - www.voyage.hk) une carte SR5 minipci. 5 ghz, canal 149. pour le moment en ap "josaphatmaster" antenne omnidirectionelle (pacwireless 12 db) *ip lan 192.168.39.1 *ip wifi 192.168.38.1 dans les deux cas, +/- 6 m de câble (ecoflex) terminés par un N mâle. = date 2006-01-10 - Il est toujours la détails de la configuration actuelle = Intervenants :ivan et cedric mais david écrit ;) *à l' heure actuelle c' est un wrt54gs avec openwrt je pense *relié a une soekris+sr5 *ip lan du wrt 192.168.39.55 *ip lan de la soekris 192.168.39.1 *ip wifi de la soekris 192.168.38.1 voila on remet la maintenance a partir d aujourd hui en route. dako = date 05 - heure - Intervention distante/sur place = Intervenants : ..... * Détails de l'intervention * ....... = 13 Février 05 - 13h - Intervention distante = Intervenants : Philippe * Installation de rc-watchdog sur josaphat/joske/panik = 31 Janvier 05 - 10h - Intervention distante = Intervenants : Guy * Remise en route d'aodv sur josaphat et panik = 30 Janvier 05 - 13h - Intervention sur place = Intervenants : Jean-Michel (panik), Serge (panik), Gwen (panik), Ivan * Arrêt des routeurs de rc * Remise en fonction du faisceau analogique 2,4Ghz de panik * Redémarrage des routeurs rc Remarque : le fonctionnement des routeurs rc ne pertubent pas la transmission du faisceau et la qualité d'émission de Radio panik est très bonne :) = 23 Janvier 05 - heure - Intervention sur place = Intervenants : Mathieu, Guy, Ivan Essais d'antennes connectées au portable de Mathieu * Essai 9dB 7° down tilt - Connexion légèrement meilleur. Cela vaudra donc la peine de remplacer la 12dB par celle-ci * Essai d'une omnifacile2 prêtée pour essai. Résultat très acceptable pour 0° tilt vers Panik et acceptable aussi vers Bulles * Essai d'une antenne Linksys 7dB. 0° de perte vers Bulles. Pourrait remplacer les 9dB et même la 8dB de Stephan. = 21 Janvier 05 - 14h - Intervention distante = Intervenants : Ivan * Changemant de l'IP de l'interface eth0 de 192.168.0.109 en 192.168.1.130 via rc. * Changement du fichier /etc/network/interfaces en fonction de ce changement d'IP * Essai ssh entre les 2 machines concluant. = 21 Janvier 05 - 11h - Intervention sur place = Intervenants : Ivan * Placement d'un câble Ethernet crossconnect entre les machines : josaphat et joske * Remplacement de l'ampoule d'éclairage du local technique. = 12 Janvier 05 - 13h30 à 16h - Intervention sur place = Intervenants : David, Ivan * Ajout d'une antenne 12dB 3° down tilt connectée routeur déjà installé sur lequel est installé le player ogg123 - IP : 10.8.39.138 * Placement d'un deuxième routeur, un portable de récup muni d'une carte engenius et relié à l'ancienne antenne de 9dB 0° tilt - IP : 10.6.13.115 * Remarque 1 : il y avait du vent et nous avons pu constater que le mât oscillait assez fort. Il sera donc exclu de placer une grid, sauf si nous pouvons la mettre tout en bas du mât, place occupé pour le moment par la grid du faisceau. * Remarque 2 : l'ecoflex est un très bon produit et les connecteurs, ne nécessitant pas de soudure, sont très faciles à installer sur site. Se munir de 2 clefs de 19. = 10 Janvier 05 - 21H - Intervention distante = Intervenant : Philippe -- Analyse du problème rapporté par Ivan == Observations == L'incident démarre le 10 Janvier à 1:55: Jan 10 01:55:40 josaphat kernel: NETDEV WATCHDOG: wifi0: transmit timed out Jan 10 01:55:40 josaphat kernel: wifi0 Tx timed out! Resetting card Jan 10 01:55:40 josaphat kernel: hostap_cs: wifi0: resetting card Jan 10 01:55:42 josaphat kernel: NETDEV WATCHDOG: wifi0: transmit timed out Jan 10 01:55:42 josaphat kernel: wifi0 Tx timed out! Resetting card Jan 10 01:55:43 josaphat kernel: wifi0: interrupt delivery does not seem to work Jan 10 01:55:43 josaphat kernel: wifi0: Port type setting to 0 failed et se répète toutes les secondes Le watchdog Net détecte un problème et le noyeau tente un reset de la carte, mais sans succès Le watchdog software (''!CheckAodv'') entre en jeu et redémarre l'interface: Jan 10 03:52:38 josaphat logger: CheckAodv: No neighbourg responding Jan 10 03:52:38 josaphat logger: CheckAodv: Alone too long... Jan 10 03:52:38 josaphat logger: CheckAodv: Restarting interface Jan 10 03:52:38 josaphat logger: /usr/local/bin/CheckAodv: line 81: ifdown: command not found Jan 10 03:52:43 josaphat logger: /usr/local/bin/CheckAodv: line 83: ifup: command not found Il s'agit d'un probléme connu que je n'ai pas corrigé: le ''path'' est incomplet lors de l'exécution du script. L'interface est redémarée manuellment par Ivan à 14:55: Jan 10 14:54:59 josaphat kernel: wlan0: updating basic rate set automatically to match with the new supported rate set Jan 10 15:07:03 josaphat logger: CheckAodv: All checks passed == Root Cause == La cause du problème initial est jusqu'a présent inconnue (je n'ai pas fait de recherche détaillée) == Corrective Action == Le ''crontab'' du watchdog software (''!CheckAodv'') est mis-a-jour sur Josaphat et Panik de manière à avoir un ''path'' correct. = 10 Janvier 05 -15H - Intervention sur place = Intervenants : Ivan * Constat distant : connexion down * Sur place, les messages d'erreurs suivants défilent en continu sur l'écran : **wifi0: interrupt delivery does not seem to work **NET: 4 ou x messages suppressed * Action : /etc/init.d/pcmcia restart = 26/27 Décembre 04 - Intervention distante = Intervenants : Philippe * Activation du streaming en mode client (service stream-panik) * Configuration de NTP = 25 decembre 04 - 21H50 - Intervention distante = Intervenants : Guy * Installation d'iperf par apt le demon n'est pas lancé automatiquement. = 13 novembre 04 - 16h00 - Intervention distante = Intervenant : Philippe * Limitation du lien a 2Mb/s (live + mise-à-jour de ''/etc/network/interface''). <br />Il est intéressant de constater que si les voisins directs ont l'air d'être aussi en 2Mb/s, Josaphat reste en 1Mb/s * Mise a jour de ''/etc/hosts'' = 11 novembre 04 - 19h00 - Intervention distante = Intervenant : Philippe * Installation d'un script de monitoring de AODV.<br />L'interface est réinitialisé si: *** AODV ou un de ses modules n'est plus présent *** Il ne sait pas contacter un de ses voisin (back/bulles/panik) pendant plus de 2 heures La sortie du script est consignée dans ''/var/log/messages'' donc on peux voir s'il y a eu un problème. = 09 novembre 04 - 14h30 - Intervention sur place = Intervenants : Guy, Ivan * Le point ne connectait plus le reste du reseau pour une raison bien simple aodv ne tournait plus.<br />Pourquoi aodv ne tournait-il plus, cela est une autre question.<br />J'ai téléchargé tous les logs de la machine et je n'ai rien trouvé qui indique le plantage ou l'arrêt de aodv.<br />Pour le reste la machine tournait sans aucun problème la seule action que nous avons effectuée sur la machine * Nous avons ecarté l'antenne du mat grâce a une patte d'écartement. L'antenne est en outre montée de 30 cm cela peut sembler ridicule mais les deux actions conjugées ont fait que maintenant Louise et philantropie ne sont plus qu'as un hop de Josaphat, Prague a 2 hop de Josaphat. <br />La conexion est certe très mauvaise mais étant donné que le point Tagawa est down pour l'instant .... = 03 octobre 04 - 14h30 - Intervention sur place = Intervenants : Guy, Ivan * Placement de la bande de protection du connecteur d'antenne * Placement du capot du PC (arrêt du pc, déconnexion du cable et remontage) [[Category:Gestion RéseauCitoyen]] 1491 1481 2007-01-12T11:38:27Z Cedricnet 5 /* A faire */ wikitext text/x-wiki = A faire = * 5Ghz * modifier le bssid dans l'interface web pour CA:FE:CA:FE... / ok * Cédric, sur place, régler le watchdog * chez Ivan : remettre en route le pc qui s'y trouvait (le pc attends chez Ivan) * .... = date 2006-01-10 - Configuration actuelle = wrt (freifunk) 2.4 ghz, canal 1. BSSID indiqué dans l'interface web (11:11...) antenne omnidirectionelle ( ? db) *ip wifi 10.8.39.138 *ip lan 192.168.39.55 relié par ethernet à une soekris 4511 (1 minipci, 1 pcmcia) soekris (voyage 0.2-10 - www.voyage.hk) une carte SR5 minipci. 5 ghz, canal 149. pour le moment en ap "josaphatmaster" antenne omnidirectionelle (pacwireless 12 db) *ip lan 192.168.39.1 *ip wifi 192.168.38.1 dans les deux cas, +/- 6 m de câble (ecoflex) terminés par un N mâle. = date 2006-01-10 - Il est toujours la détails de la configuration actuelle = Intervenants :ivan et cedric mais david écrit ;) *à l' heure actuelle c' est un wrt54gs avec openwrt je pense *relié a une soekris+sr5 *ip lan du wrt 192.168.39.55 *ip lan de la soekris 192.168.39.1 *ip wifi de la soekris 192.168.38.1 voila on remet la maintenance a partir d aujourd hui en route. dako = date 05 - heure - Intervention distante/sur place = Intervenants : ..... * Détails de l'intervention * ....... = 13 Février 05 - 13h - Intervention distante = Intervenants : Philippe * Installation de rc-watchdog sur josaphat/joske/panik = 31 Janvier 05 - 10h - Intervention distante = Intervenants : Guy * Remise en route d'aodv sur josaphat et panik = 30 Janvier 05 - 13h - Intervention sur place = Intervenants : Jean-Michel (panik), Serge (panik), Gwen (panik), Ivan * Arrêt des routeurs de rc * Remise en fonction du faisceau analogique 2,4Ghz de panik * Redémarrage des routeurs rc Remarque : le fonctionnement des routeurs rc ne pertubent pas la transmission du faisceau et la qualité d'émission de Radio panik est très bonne :) = 23 Janvier 05 - heure - Intervention sur place = Intervenants : Mathieu, Guy, Ivan Essais d'antennes connectées au portable de Mathieu * Essai 9dB 7° down tilt - Connexion légèrement meilleur. Cela vaudra donc la peine de remplacer la 12dB par celle-ci * Essai d'une omnifacile2 prêtée pour essai. Résultat très acceptable pour 0° tilt vers Panik et acceptable aussi vers Bulles * Essai d'une antenne Linksys 7dB. 0° de perte vers Bulles. Pourrait remplacer les 9dB et même la 8dB de Stephan. = 21 Janvier 05 - 14h - Intervention distante = Intervenants : Ivan * Changemant de l'IP de l'interface eth0 de 192.168.0.109 en 192.168.1.130 via rc. * Changement du fichier /etc/network/interfaces en fonction de ce changement d'IP * Essai ssh entre les 2 machines concluant. = 21 Janvier 05 - 11h - Intervention sur place = Intervenants : Ivan * Placement d'un câble Ethernet crossconnect entre les machines : josaphat et joske * Remplacement de l'ampoule d'éclairage du local technique. = 12 Janvier 05 - 13h30 à 16h - Intervention sur place = Intervenants : David, Ivan * Ajout d'une antenne 12dB 3° down tilt connectée routeur déjà installé sur lequel est installé le player ogg123 - IP : 10.8.39.138 * Placement d'un deuxième routeur, un portable de récup muni d'une carte engenius et relié à l'ancienne antenne de 9dB 0° tilt - IP : 10.6.13.115 * Remarque 1 : il y avait du vent et nous avons pu constater que le mât oscillait assez fort. Il sera donc exclu de placer une grid, sauf si nous pouvons la mettre tout en bas du mât, place occupé pour le moment par la grid du faisceau. * Remarque 2 : l'ecoflex est un très bon produit et les connecteurs, ne nécessitant pas de soudure, sont très faciles à installer sur site. Se munir de 2 clefs de 19. = 10 Janvier 05 - 21H - Intervention distante = Intervenant : Philippe -- Analyse du problème rapporté par Ivan == Observations == L'incident démarre le 10 Janvier à 1:55: Jan 10 01:55:40 josaphat kernel: NETDEV WATCHDOG: wifi0: transmit timed out Jan 10 01:55:40 josaphat kernel: wifi0 Tx timed out! Resetting card Jan 10 01:55:40 josaphat kernel: hostap_cs: wifi0: resetting card Jan 10 01:55:42 josaphat kernel: NETDEV WATCHDOG: wifi0: transmit timed out Jan 10 01:55:42 josaphat kernel: wifi0 Tx timed out! Resetting card Jan 10 01:55:43 josaphat kernel: wifi0: interrupt delivery does not seem to work Jan 10 01:55:43 josaphat kernel: wifi0: Port type setting to 0 failed et se répète toutes les secondes Le watchdog Net détecte un problème et le noyeau tente un reset de la carte, mais sans succès Le watchdog software (''!CheckAodv'') entre en jeu et redémarre l'interface: Jan 10 03:52:38 josaphat logger: CheckAodv: No neighbourg responding Jan 10 03:52:38 josaphat logger: CheckAodv: Alone too long... Jan 10 03:52:38 josaphat logger: CheckAodv: Restarting interface Jan 10 03:52:38 josaphat logger: /usr/local/bin/CheckAodv: line 81: ifdown: command not found Jan 10 03:52:43 josaphat logger: /usr/local/bin/CheckAodv: line 83: ifup: command not found Il s'agit d'un probléme connu que je n'ai pas corrigé: le ''path'' est incomplet lors de l'exécution du script. L'interface est redémarée manuellment par Ivan à 14:55: Jan 10 14:54:59 josaphat kernel: wlan0: updating basic rate set automatically to match with the new supported rate set Jan 10 15:07:03 josaphat logger: CheckAodv: All checks passed == Root Cause == La cause du problème initial est jusqu'a présent inconnue (je n'ai pas fait de recherche détaillée) == Corrective Action == Le ''crontab'' du watchdog software (''!CheckAodv'') est mis-a-jour sur Josaphat et Panik de manière à avoir un ''path'' correct. = 10 Janvier 05 -15H - Intervention sur place = Intervenants : Ivan * Constat distant : connexion down * Sur place, les messages d'erreurs suivants défilent en continu sur l'écran : **wifi0: interrupt delivery does not seem to work **NET: 4 ou x messages suppressed * Action : /etc/init.d/pcmcia restart = 26/27 Décembre 04 - Intervention distante = Intervenants : Philippe * Activation du streaming en mode client (service stream-panik) * Configuration de NTP = 25 decembre 04 - 21H50 - Intervention distante = Intervenants : Guy * Installation d'iperf par apt le demon n'est pas lancé automatiquement. = 13 novembre 04 - 16h00 - Intervention distante = Intervenant : Philippe * Limitation du lien a 2Mb/s (live + mise-à-jour de ''/etc/network/interface''). <br />Il est intéressant de constater que si les voisins directs ont l'air d'être aussi en 2Mb/s, Josaphat reste en 1Mb/s * Mise a jour de ''/etc/hosts'' = 11 novembre 04 - 19h00 - Intervention distante = Intervenant : Philippe * Installation d'un script de monitoring de AODV.<br />L'interface est réinitialisé si: *** AODV ou un de ses modules n'est plus présent *** Il ne sait pas contacter un de ses voisin (back/bulles/panik) pendant plus de 2 heures La sortie du script est consignée dans ''/var/log/messages'' donc on peux voir s'il y a eu un problème. = 09 novembre 04 - 14h30 - Intervention sur place = Intervenants : Guy, Ivan * Le point ne connectait plus le reste du reseau pour une raison bien simple aodv ne tournait plus.<br />Pourquoi aodv ne tournait-il plus, cela est une autre question.<br />J'ai téléchargé tous les logs de la machine et je n'ai rien trouvé qui indique le plantage ou l'arrêt de aodv.<br />Pour le reste la machine tournait sans aucun problème la seule action que nous avons effectuée sur la machine * Nous avons ecarté l'antenne du mat grâce a une patte d'écartement. L'antenne est en outre montée de 30 cm cela peut sembler ridicule mais les deux actions conjugées ont fait que maintenant Louise et philantropie ne sont plus qu'as un hop de Josaphat, Prague a 2 hop de Josaphat. <br />La conexion est certe très mauvaise mais étant donné que le point Tagawa est down pour l'instant .... = 03 octobre 04 - 14h30 - Intervention sur place = Intervenants : Guy, Ivan * Placement de la bande de protection du connecteur d'antenne * Placement du capot du PC (arrêt du pc, déconnexion du cable et remontage) [[Category:Gestion RéseauCitoyen]] 0 1297 1457 1407 2006-11-23T09:44:07Z Phil 1 Reverted edit of Fraseyboy, changed back to last version by Phil wikitext text/x-wiki [[Category:RC-1000]] = Introduction = [http://www-hft.ee.tu-berlin.de/~strauman/airport/airport.html Till Straumann] has made a very good work to allow to run [http://www.etherboot.org Etherboot] from the RG-1000. The nice thing is that the code is prepended to the original firmware, and Till's ''initial loader'' allows you to choose between [http://www.etherboot.org Etherboot] and the original firmware. Although Till's work could be used ''as is'', I have ported the changes to [http://www.etherboot.org Etherboot] 5.2.3 (from 5.0.0), and dropped the features I was not using (mainly the possibility to [http://www.etherboot.org Etherboot] wireless). http://www.plasma-online.de/index.html?content=http%3A//www.plasma-online.de/english/upgrade/tweak/fixes/fix_apple_airport.html = Initial Loader = No particular issue here, I just made minor modifications: * Makefile and directory structure changed. *** We try do download the !KarlBridge firmware directly from Internet *** Directory layout changed (''bin'' and ''firmware'' are ignored by CVS, which makes things easier) * The loader accept lowercase characters (I was tired to press the ''shift'' key) * The NVRAM data is not extracted anymore at this place -- we are not using it anyway = Etherboot = The porting to [http://www.etherboot.org Etherboot] 5.2 has been a major headache... <br />The RG-1000 crashed at the very beginning. It took me at least a week to understand where it crashed (enabling interrupts in real mode), and more than a week to try to fix it until I realized that Till's original version did not work either under the same circumstances! /!\ '''After flashing the firmware, the RG-1000 must be powered off!''' The original !KarlBridge firmware does not seem to have a problem with that, but [http://www.etherboot.org Etherboot] will definitely not run after a firmware upgrade until the RG-1000 is powered off. <br />I should have know, it is stated in Till's pages... The main changes to the ''stock'' [http://www.etherboot.org Etherboot] are: * Configuration files * Patches to the Lance network driver [http://www.etherboot.org Etherboot] 5.2 is running 'as good as' 5.0 -- what I mean by that is not always initialized properly after a cold boot; but works after a reset. <br />This needs further investigations. Compared to the original changes made by [http://www-hft.ee.tu-berlin.de/~strauman/airport/airport.html Till], I have dropped significant part of his code: * Support for booting from the wireless device. <br />Although it looks attractive, we would need to have anyway another node in the area which accepts non-AODV requests. This can be a nice-to-have, but out-of-scope at this time... * Checksum on packet received. <br />This is mainly useful when you boot wireless. * Handling of the NVRAM data (not) saved by the loader [[Anchor(Flash)]] = Flashing the RG-1000 = You need: * A client tool to upload the new firmware. <br />I am using the java-based [http://edge.mcs.drexel.edu/GICL/people/sevy/airport/ RG-1000 Configurator] (GPL). <br />All the screenshots from this page are based on this tool. <br /> /!\ If the home page of the ''RG-1000 Configurator'' is not accessible, you can download it from [http://reseaucitoyen.be/diskless/rc1000/ here]. * The new firmware, which is a bundle: ''Initial Loader''/[http://www.etherboot.org Etherboot]/!KarlBridge <br />It is included in the ''RC-1000'' [http://reseaucitoyen.be/diskless/rc1000/ distribution package]. Several cases are possible, depending on the initial state of your RG-1000. == Original Orinoco Firmware == I have no clue on what the original firmware is, I never tried it! If the hardware of the RG-1000 is the same as the Apple Airport, it does not seem that they are using the same firmware. As far as I know, the only way to flash the RG-1000 with a custom firmware is to use the [[#ForcedReload forced reload]] procedure as described hereunder. As illustrated here, you can use the [http://edge.mcs.drexel.edu/GICL/people/sevy/airport/ RG-1000 Configurator] to ''talk'' to the RG-1000, '''but you will not be able to flash it''': the flash procedure works, but at the end, you still have the original firmware. It looks like it does not want to flash a non-Orinoco firmware... # Start the [http://edge.mcs.drexel.edu/GICL/people/sevy/airport/ RG-1000 Configurator] <br />http://reseaucitoyen.be/albums/rg1000/aau.png # Select ''Discover Devices'' (I have a DHCP server in my network) <br />http://reseaucitoyen.be/albums/rg1000/aav.png <br />Note the 6 hex digits numbers at the end of the ''Device Name'' line (059c62 here): this is the ''Id'' of your RG-1000. It is also printed out on the labels that are under and behind the device. It is actually the initial '''password''' (Community Name) and by the way the last 3 bytes of the mac address of the wireless card (the ones we are using to set the IP :-? ). <br />Thanks to [[RC/PhilippeTeuwen|PhilT]] for this information. # On the main page you can then enter the IP and password you ''discovered'' and ''retrieve configuration''<br />http://reseaucitoyen.be/albums/rg1000/aaw.png # That's it! as said above, you will not be able to flash the RG-1000 from here, so it is it is time to say goodbye to the original firmware and proceed to the next section: the [[#ForcedReload forced reload]] procedure [[Anchor(ForcedReload)]] == Forced Reload Procedure == You will have to use this procedure if for whatever reason your firmware is dead (uploaded bad firmware) or if you have the original Orinoco firmware on your RG-1000. # Power off your RG-1000 # Press the ''Force Reload'' button '''and keep it pressed'''<br />http://reseaucitoyen.be/albums/rg1000/aag.sized.jpg # Power the device on # Wait until the ''Power'' LED turns orange, all others off # Release the the ''Force Reload'' button # Start the [http://edge.mcs.drexel.edu/GICL/people/sevy/airport/ RG-1000 Configurator] <br />http://reseaucitoyen.be/albums/rg1000/aau.png # Select ''Discover Devices'' <br />http://reseaucitoyen.be/albums/rg1000/aba.png <br />Note that the output is not the same as before (a.o. DHCP is not used). # To be able to upload the new firmware, you will have to be in the '''same subnet'''!<br />At this time, reconfigure your interface. On Linux, you can do that very easily by adding a ''virtual'' interface:<br /> # ifconfig eth0:1 153.69.254.1 up # Enter the IP address of the RG-1000 (153.69.254.254) and the password (use '''public''') in the configurator # From the ''File'' menu, select ''Upload new base station firmware'' <br />http://reseaucitoyen.be/albums/rg1000/abb.png # Select the new firmware <br />http://reseaucitoyen.be/albums/rg1000/abc.png # Select Upload firmware with default settings <br />http://reseaucitoyen.be/albums/rg1000/abd.png # The RG-1000 will reboot <br />http://reseaucitoyen.be/albums/rg1000/abe.png # At this stage, do not forget to '''power-off''' the device or the customized firmware will not work (crash in [http://www.etherboot.org Etherboot]) /!\ Note that by default, the RC-1000 customized firmware boots by default with [http://www.etherboot.org Etherboot] and does '''not''' load !KarlBridge. If you still want to load !KarlBridge, you have to disconnect the network cable at boot time. == KarlBridge Firmware == Once you have the !KarlBridge firmware running (either the pristine !KarlBridge or the RC-1000 customized) you can very easily flash new firmwares -- just use the java-based [http://edge.mcs.drexel.edu/GICL/people/sevy/airport/ RG-1000 Configurator] without any special trick. 0 1283 1458 1406 2006-11-23T09:44:10Z Phil 1 Reverted edit of Fraseyboy, changed back to last version by Phil wikitext text/x-wiki This article describes the development architecture and requirements to '''develop''' and '''build''' the [[Bubble]] distribution. If you are interrested in configuring a [[Bubble]] node, see the [[Bubble install guide]]. = From DiskLess to Bubble = This section describes the major changes between [[DiskLess]] and [[Bubble]] High level milestones: * [[DiskLess]]: The initial Version * [[Bubble]] v1.99: Intermediate version -- never released * [[Bubble]] v2.x: Current version in development == Configuration == * The [[Bubble configuration file]] used to have both build and runtime parameters. Now we have: ** Build parameters included in the [[BuildRoot]] configuration ** Runtime parameters associated with their respective packages. <br />Each package has its own configuration template. A [[Bubble configuration file]] is the concatenation of all (filled) templates. ** We have also added more informational fields, like version, dependencies, ... * The current [[Bubble configuration file]] is in '.ini' format. <br />We had a debate for wether or not introduce XML. It has been decided to stick to the .ini format for the time being: ** The XML format does not bring additional functionalities and we already do have a .ini parser. ** Since the parsing is isolated in the code anyway, we can change at a later time without impacting the project * Project: Rebuild a Web based configuration tool (We used to have one in [[DiskLess]]) * Project: Command line configuration tool -- possibly available on the target node. * Project: Auto-configuration tool (a generic bootable CD that would build [[Bubble configuration file]] suitable for the machine) == Build architecture == Upgraded to the new [http://buildroot.uclibc.org/ uClibc BuildRoot] (major architecture change!) High level overview: * Core packages are built and installed in the ''root'' image (no changes from 1.99) * Non-core packages are built and installed in separate package files using additional target in the makefile (less destructive) * For the ''bubble'' makefile target, instead of building a node image, now we: ** Just generate the ''root FS''; ** Save [[BuildRoot]] environement in a file; ** The final ''packaging'' is done by script, in a separate area leaving the ''root'' directory untouched.<br />This way, we can easily generate standard images, and build special ones on the fly. ** Driver packages are built by a script as well and no more at built-time as before. == Runtime architecture == * No change foreseen == Functionnalities == * No change foreseen * Test on [http://soekris.com/ Soekris] and [http://pcengines.ch/wrap.htm WRAP] = Requirements = [[Bubble]] is developped in a [http://www.debian.org/releases/sarge/ Debian Sarge] environment, but should build on any Linux platform. The packages used are: * Development Packages ** base system -- Gnu-Linux system with the ''standard'' utilities installed<br />Not detailed here... ** gcc ** make ** autoconf ** flex ** bison ** perl ** libncurses5-dev -- To configure buildroot ** wget -- To get the sources ** fakeroot -- To generate the packages ** cvs -- If you just want to build, you do not need CVS, just grep a tarball of the distribution! * Build time (to build the images) ** syslinux -- [http://syslinux.zytor.com/faq.php SysLinux] is used to package the images ** mkisofs -- To build [http://syslinux.zytor.com/iso.php ISOLinux] images ** mknbi -- To tag [http://www.etherboot.org/ Etherboot] images * Web Deployment -- For the web user interface (Not available yet) ** apache ** php4 ** php4-curl * Runtime -- To run the NetworkBoot images ** dhcp3-server -- The DHCP server ** tftpd-hpa -- TFTP server compliant with PXE = Core System = The core system (kernel/initrd/boot scripts) is developed with the BusyBox/uClibc BuildRoot. (Essentially using what has been done for DiskLess) = Packages = Obviously we want to build the packages using the same environment, but they should not be installed into the same 'root' directory BubblePackage describes the packages structure = Directory structure = In the development environment the directory structure for DiskLess looks like this: ${BULLES_HOME}/ Contains all the development environment (around 1GB) bin/ Utility scripts buildroot/ The uClibc buildroot The filesystem layout from uClibc is preserved patches/ Patches for the buildroot (Changes from the original uClibc buildroot) The directory contain one file per file to be patched (<filename>.patch) (We need to review this: there is conflict if we need to patch 2 files having the same name -- e.g. 2 Makefile) add-ons/ Add-ons for the buildroot (Additional files for the uClibc buildroot) The directory structure under add-ons is identical to the buildroot one. sources/ All the sources dowloaded for the buildroot (used as 'cache') rc_web/ PHP User interface to generate custom core packages The entire <tt>${BULLES_HOME}</tt> is under CVS, but obviously <tt>buildroot</tt> and <tt>sources</tt> are ignored. This is working OK, but the use of scripts to maintain the CVS is not error-prone... Therefore, in Bubble, we import the uClibc [[BuildRoot]] as a third party (See the [http://ximbiot.com/cvs/wiki/index.php?title=CVS--Concurrent_Versions_System_v1.12.12.1:_Tracking_third-party_sources -- Chap. 13]). Advantages: * The revision management is now very simple (or at least it should be) * Bubble is more stable (changes to the pristine [[BuildRoot]] are imported in a controlled way) Areas of attention: * More files in the CVS (But this is not huge) * The merge of new versions of the [[BuildRoot]] need to be done with care The Bubble directory structure is now simplified: ${BUBBLE_HOME}/ Contains all the development environment (around 1GB) bin/ Utility scripts (Not imported yet) buildroot/ The uClibc buildroot The filesystem layout from uClibc is preserved www/ PHP User interface to generate custom core packages The entire <tt>${BUBBLE_HOME}</tt> is under CVS, including the [[BuildRoot]] (See the [[BuildRoot]] page for the directory layout). = Utility scripts = With the new CVS approach, all the [[DiskLess]] scripts are now obsolete! '''To do''': Describe the new utilities = CVS = [http://bulles.no-ip.org/cgi-bin/viewcvs.cgi/ReseauCitoyen/Bubble/ Browse the CVS]! The path in the CVS is <tt>ReseauCitoyen/Bubble</tt> <br />Module name: <tt>bubble</tt> (or <tt>Bubble</tt>) [[Category:Bubble]] 0 1306 1459 1405 2006-11-23T09:44:13Z Phil 1 Reverted edit of Fraseyboy, changed back to last version by Phil wikitext text/x-wiki = Base = La base installée est une [http://www.debian.org Debian] Sarge = Packages installés = En plus de l'installation de base de Sarge, les packages suivants sont installés: <br />Pour faciliter la maintenance, on vise une installation '''minimale'''... == Installation typique d'un noeud == * Système ** bzip2 ** (gawk) ** less ** iptraf ** modconf ** nmap ** tcpdump ** traceroute ** ssh * Wifi ** kismet n'est pas installé car les dépendances sont trop nombreuses ( @) il semble que dans Sarge kismet dépende de X) ** iperf ** wavemon ** wireless-tools * NTP ** ntp ** ntp-server ** ntp-simple ** ntpdate * Divers ** links == Besoins particuliers == Les paquets suivants ne sont installés que si nécessaire: * Supervision de processus ** daemontools ** svtools * Audio ** aumix ** cdtool ** sox ** vorbis-tools * Portables Toshiba ** toshset (permet d'activer le ventilateur, etc, ....) = Noyeau = Nous utiliserons un noyeau 2.4.27 qui est actuellement la dernière version stable de la série 2.4. Particularités: * Compilé pour une architecture i386 de manière a tourner su n'importe quel hardware * Patches Debian * Patch Orinoco pour le support du mode moniteur (kismet) * Drivers [http://hostap.epitest.fi/ HostAP] 0.2.4 * Utilisation des drivers PCMCIA du noyeau = AODV = On utilise RC:AodvUu dans sa dernière version: 0.8.1 Le démarrage d'AODV se fait via les scripts ifupdown (voir RC:InstallerAodvUu / Binaires pour Debian) = Streaming = Nous avons donc 3 machines en jeu: * '''Studio''' qui fournit le stream * '''Panik''' ne sert que de passerelle entre le RC:ReseauCitoyen et '''Studio''' * '''Josaphat''' machine client La suite logicielle utilisée est [http://www.icecast.org/ices.php Ices 2] / [http://www.icecast.org IceCast] / [http://www.vorbis.com OggVorbis] = Configuration des Systèmes = == Généralités == Le fichier RC:FichierHostsPointsBleus est utilisé <br />Les requetes DNS sont désactivées dans ''/etc/nsswitch.conf'' afin d'éviter des requètes DNS non désirées. == Studio == === Configuration === Pour réaliser les tests, j'ai configuré une machine en serveur [http://www.icecast.org IceCast]: * [http://www.icecast.org/ices.php Ices 2] lit l'entrée ligne de la carte son, fait le rééchantillonage, l'encodage OGG et fournit l'entrée à [http://www.icecast.org IceCast] * [http://www.icecast.org IceCast 2.0.1] diffuse le stream On utilise aumix pour sélectionner la source et régler le volume. Points importants: * La source à diffuser est celle qui est marquée comme 'R' (Record) dans aumix * La seule façon de régler le volume pour [http://www.icecast.org/ices.php Ices] est le curseur ''IGain''. Les autre curseur n'influencent que la sortie son 'locale'. <br />Le son au départ était trop fort, il a fallu diminuer pour éviter de saturer (curseur ''IGain'' sur 50/60%) L'encodage [http://www.icecast.org/ices.php Ices] prend environ 6% du cpu du serveur (AMD 1GHz), l'impact de [http://www.icecast.org IceCast] est négligeable. <br />Par contre sur un Pentium 133MHz, [http://www.icecast.org/ices.php Ices] utilises 60 à 70% des resources! La machine utilise Panik comme gateway vers le RC:ReseauCitoyen: route add -net 10.0.0.0/8 gw 192.<panik> === Maintenance === Pas de maintenance particulière -- s'assurer que la route vers le RC:ReseauCitoyen est toujours définie. Le plus simple est de l'ajouter dans ''/etc/network/interfaces''; par exemple: auto eth0 iface eth0 inet dhcp up route add -net 10.0.0.0/8 gw 192.<panik> == Panik == === Configuration === La configuration du noeud est assez simple. Le seul point particulier est la configuration de la passerelle vers ''Studio''. <br />Comme on ne peux pas faire ''simplement'' une passerelle avec RC:AodvUu, Panik fait du DNAT pour donner acces au stream: iptables -t nat -I PREROUTING -i wlan0 -s 10.<josaphat> -p tcp --dport 8000 -j DNAT --to 192.<studio>:8000 et Masquerade le sous-réseau privé: iptables -t nat -A POSTROUTING -s 192.168.1.0/24 -o wlan0 -j SNAT --to 10.<panik> La machine est configurée avec une adresse IP fixe du coté filaire (192.168.1.128). <br />Coté wifi, l'adresse est attribuée sur base de la MAC-Address de la carte (10.154.69.107) === Maintenance === Aucune opération nécessaire au boot. Toute la configuration réseau est centralisé dans ''/etc/network/interfaces''. == Josaphat == === Configuration === On utilise le décodeur ogg123 de [http://www.vorbis.com OggVorbis] pour la lecture du stream (voir ci-dessous pour les détails). <br />L'adresse du serveur est celle de ''Panik'' qui relaie vers ''Studio'' ogg123 -v http://10.<Panik>:8000/ReseauCitoyen.ogg Le niveau sonore est ici aussi ajusté via aumix. c'est l'entrée ''PCM'' qu'il faut ici ajuster. Le délais entre l'émission et la réception est d'environ 10 secondes. <br />Même avec un bit rate relativement faible (qualité 0, débit d'environ 35 kbps, en mono) la qualité du son est impecable. Ogg123 utilise environ 5% du CPU de la machine (Pentium 200 MHz) La machine est configurée avec une adresse IP fixe du coté filaire (192.168.1.129) -- Non utilisé. <br />Coté wifi, l'adresse est attribuée sur base de la MAC-Address de la carte (10.8.39.138) === Maintenance === Aucune opération nécessaire au boot. Toute la configuration réseau est centralisé dans ''/etc/network/interfaces''. Pour s'assurer que ogg123 tourne en permanence, il est supervisé par les [http://cr.yp.to/daemontools.html DaemonTools] et est rédémaré en cas de problème. <br />Quelques pointeurs utiles: * La ligne de commande exacte pour démarrer ogg123 se trouve dans le fichier ''/etc/sv/Stream Panik/run''. <br />Pour des raisons pratiques ce script ne contient que l'appel de ''/usr/local/sbin/stream-panik''. Ce dernier devra être adapté: ** en fonction de la fréquence de l'échantillonage de la source [http://www.icecast.org/ices.php Ices2] (initialement configuré pour 22050 Hz); ** si l'adresse de ''Panik'' change * Le service est redémarré tous les jours à 3:30 du matin, de manière à ''rafraichir'' ogg123. Cela est configuré dans le ''cron'', fichier: ''/etc/cron.d/stream-panik'' * Arrêt / Démarrage / Re-demarage: <br />''/etc/init.d/stream-panik {start|stop|restart}'' * Activation / Désactivation (lorsque le service est ''désactivé'', il n'est plus démarré au boot, ni redémarré la nuit. Si on ne se sert pas du streaming, il faut le désactiver sinon il va tenter de le démarrer indéfiniment): <br />''/etc/init.d/stream-panik {enable|disable}'' * Voire les logs: <br />''mltail Stream Panik'' /!\ '''En cas de problème de streaming''': pour le redemarrer il faut: * Soit ''tuer'' le client dans [http://www.icecast.org IceCast], le stream sera redémarré automatiquement * Soit executer la commande suivant sur ''josaphat'': <br />''/etc/init.d/stream-panik restart'' = Problèmes rencontrés et Solutions = == Décalage dans le stream == Après environ 12 heures de streaming, les buffers (Input et Output) de ogg123 se sont retrouvés proches de 0%, avec pour conséquence de légères coupures dans la restransmition. <br />Si le problème se résoud facilement par un re-démarrage de ogg123, cela pose un problème pour une utilisation 24h/24h. '''D'où vient le problème?''' Ce n'est pas un problème de bande passante, la demande su stream est faible. Pour s'en convaincre, on peux réduire la vitesse du lien (`iwconfig rate 2M`) et démarrer un second ogg123 sans affecter la performance. Une interprétation est que Josaphat joue légèrement plus vite que Studio ne produit: en effet, Josaphat ne peut lire plus vite que ce qui est disponible et au fil des heures on voit le buffer d'entée diminuer; lorsque le buffer d'entrée atteint 0, la vitesse de conversion ogg diminue puisque le convertisseur doit attendre des données; on voit alors le buffer de sortie qui n'est plus approvisionné au même rythme qu'il est vidé et il commence lui aussi à se vider. Lorsque les 2 buffers sont vides il n'y a plus rien à diffuser et donc on a des microcoupures dans le son... <br />Une autre interprétation est qu'un décalage est introduit par Studio lors du re-sampling entre l'entrée et la sortie dans [http://www.icecast.org/ices.php Ices2] (48k vers 24K ici). Si la carte son n'est pas '''exactement''' sur 48k, on va générer un décalage. <br />Dans notre cas, la première option est à priviligier -- le décalage étant pratiquement inexistant avec ogg123 tournat sur un autre PC. Pour être complet, cela n'a pas l'air d'être lié à l'horloge du PC: j'ai synchronisé les 2 machines avec [http://www.ntp.org/ NTP] et cela ne change rien. '''Comment y remédier?''' Je présume qu'il est pratiquement impossible d'avoir des systèmes parfaitements synchronisés. On pourrait envisager une amélioration de ogg123 qui dans ce cas de figure ''recharge'' ses buffers plutôt que de continuer à travailler à la limite. Sans toucher au software on peut: * Augmenter la taille des buffers. <br />Cela ne fait que de reporter le problème et augmente légèrement le décalage du stream, mais c'est toujours ça de gagné! * Augmenter le ''pre-buffering'' de manière a mieux utiliser le buffer d'input. <br />''Attention toutefois à ne pas avoir le phénomène inverse au cas où, en changeant de hardware, le lecteur serait plus lent...'' * Redémarrer ogg123 toutes les nuits. <br />Avec une interruption de retransmission de quelques secondes. Ce n'est pas l'idéal mais je ne vois pas d'alternative dans l'immédiat. Concernant la taille des buffers, la lecture des sources nous révèle que: * La taille par défaut buffer d'entrée est de 64k * La taille par défaut buffer de sortie est de 128k * Le ''pre-buffering'' par défaut est de 50% Comme nous ne sommes pas trop limités en mémoire sur Josaphat, j'ai effectué un test avec 256k pour l'entrée, 512k pour la sortie avec un ''pre-buffering'' de 75% (comme le buffer d'entrée remplit en une fois le buffer de sortie, il se vide de 25% pratiquement en une fois et se stabilise aux alentours de 50-55%). <br />Ce test de 24 heures confirme les premières observation: avec le hardware utilisé, le lecteur (Josaphat) lit une seconde plus vite par heure que le serveur de stream (Studio), donc de manière régulière: 12 secondes après 12 heures et 24 en 24 heures. Le buffer d'entrée lui a perdu 30-35% de sa capacité, soit 80-90 kB, ce qui est consistant avec le débit: 24 s à 30 kbps = 90 kB. <br />Donc un buffer d'entrée de 256k rempli à 50% au départ permet sans problème une déviation de +/- une seconde par heure sur 24 heures. <br />La grande taille du buffer de sortie n'apporte rien ici, si ce n'est un décalage excessif entre le direct et la diffusion (47 secondes au départ avec les paramètres ci-dessus). <br />Les parametres recommandés pour ce bit rate sont donc: ogg123 --verbose \ --buffer 256 --prebuffer 60 --audio-buffer 128 \ --device oss \ http://10.51.110.172:8000/ReseauCitoyen.ogg Pour gérer tout cela, pas la peine de réinventer l'eau chaude, on utilise les [http://cr.yp.to/daemontools.html DaemonTools] de [http://cr.yp.to/djb.html D.J. Bernstein]. == Corruption du Stream == Les tests de longue durée ont révélé une corruption du stream -- probablement un bug dans la gestion des buffers de ogg123... Après ''un certain temps'', un bruit parasite (un ''toc'') est introduit dans le stream. Le bruit se répète à intervalle régulier (à chaque ''tour'' dans le buffer). J'ai effectué plusieurs tests, et ce problème est tout a fait reproductible: le stream est ''parfait'' jusqu'à un certain point, et une fois la corruption introduite, elle reste présente at garde le même cycle que la latence du stream (c'est-à-dire de plus en plus fréquent puisque le latence diminue avec la diminution de l'occupation du buffer du au problème précédent. <br />La corruption se produit après environ 12:30 d'écoute (à affiner) Ici aussi, une solution possible serait de redémarrer le stream toutes les 12 heures, mais cela implique une interruption en journée. '''Cause du problème''': Nous avons un streaming à 24 kHz en 16 bits mono (1 canal). Cela nous fait 384 kbps; on atteind donc 2 GB en 12h 25m 39s! <br />La cause est plus que probablement un dépassement d'entier signé sur 32 bits. Reste à trouver où! Quelques observation: * [http://www.xmms.org/ XMMS] n'a pas ce problème -- j'ai ''joué'' plus de 39 heures parfaitement. * Bien que la grande majorité drivers ''OSS'' comptent les bytes joués dans un ''int'' (''count_info.bytes''), cette information n'est disponible que via un ''ioctl'' que ogg123 n'utilise pas * Un output via ''aRts'' au lieu de ''OSS'' en direct génère le même problème * Un output via ''raw | sox'' au lieu de ''OSS'' en direct génère le même problème (!) Nouveau (27-Sep-04): le by-pass du buffer de sortie de ogg123 semble résoudre le problème: ogg123 --verbose \ --buffer 256 --prebuffer 60 --audio-buffer 0 \ --device raw -f - \ http://10.51.110.172:8000/ReseauCitoyen.ogg | sox -t raw -r 24000 -w -s - -t ossdsp -r 48000 /dev/dsp C'est un point important, car cela: * précise où se situe le problème (ce n'est donc pas un problème de pilote OSS ou de décodage ogg) * offre un ''workaround'' Le noeud est maintenant configuré de cette façon. [[Category:Opération Panik]] 0 1307 1460 1404 2006-11-23T09:44:16Z Phil 1 Reverted edit of Fraseyboy, changed back to last version by Phil wikitext text/x-wiki Cette page reprend le schéma général des tests. Les problèmes/solutions sont décrits dans [[Matériel Panik]] et [[Logiciel Panik]] = Semaine du 13 Septembre 2004 = Tests hardware = Semaine du 20 Septembre 2004 = Test de streaming 24h/24h Test de tous les systèmes dans leur configuration finale ''en labo'' = Semaine du 27 Septembre 2004 = Tests de stabilité: * tous les système sont en ''configuration réelle'': sans clavier / écran / ... * déplacement du matériel pour ** Dégrader la qualité du signal Wifi ** Générer du routage AODV ** Diminuer le niveau sonore du labo (qui est mon lieu de travail) <br /> <br />La configuration physique est maintenant: ** Panik: garage (niveau 0) ** Perturbation: AP et client sur le canal 6 (niveau 1) ** Josaphat: niveau 2 ** wrt-ivan (en mode RC:ReseauCitoyen): niveau 3 ** [[RC:NoeudBulles]]: sur le toit ** Perturbation: 1 AP dans la rue (non identifié mais suffisemment proche pour avoir un bon signal) [[Category:Opération Panik]] 14 1325 1461 1403 2006-11-23T09:44:19Z Phil 1 Reverted edit of Fraseyboy, changed back to last version by Phil wikitext text/x-wiki Using Bering-uClibc for [http://www.reseaucitoyen.be RéseauCitoyen] 14 1312 1462 1402 2006-11-23T09:44:21Z Phil 1 Reverted edit of Fraseyboy, changed back to last version by Phil wikitext text/x-wiki Journaux d'interventions de noeuds [http://www.reseaucitoyen.be RéseauCitoyen] 1488 1462 2007-01-11T13:28:35Z Dako 4 wikitext text/x-wiki Journaux d'interventions de noeuds [http://www.reseaucitoyen.be RéseauCitoyen] en ce début 2007: cedricT et davidK vont tenter de maintenir a jour les pages de gestion des noeuds communautaires. merci a philV pour l' hébergement. 1489 1488 2007-01-11T13:29:30Z Dako 4 wikitext text/x-wiki Journaux d'interventions de noeuds [http://www.reseaucitoyen.be RéseauCitoyen] en ce début 2007: '''cedricT''' et '''davidK''' vont tenter de maintenir a jour les pages de gestion des noeuds communautaires. merci a '''philV''' pour l' hébergement. 0 1301 1463 1401 2006-11-23T09:44:25Z Phil 1 Reverted edit of Fraseyboy, changed back to last version by Phil wikitext text/x-wiki = Operation Panik = [[Opération Panik]] est un petit projet qui a pour but de tester un streaming audio entre 2 noeuds [http://reseaucitoyen.be ReseauCitoyen]. Les informations relative a ce projet sont centralisées dans ce wiki. = Index = * [[Matériel Panik]]: matériel utilisé * [[Logiciel Panik]]: configuration logicielle des systèmes * [[Tests Panik]]: notes sur les tests effectués * [[Installation Panik]]: notes relatives a l'installation sur site * [[Déploiement Panik]]: Mise en production = Etat d'avancement = * Environnement défini * Noyeau compilé * Josaphat terminé * Panik terminé = A faire = * Investiguer le bug ''ogg123'' (voire [[Logiciel Panik]] -- Faible priorité) * Mettre la configuration en production [[Category:Opération Panik]] 0 1293 1464 1400 2006-11-23T09:44:28Z Phil 1 Reverted edit of Fraseyboy, changed back to last version by Phil wikitext text/x-wiki {{Outdated}} = Booting from FAT filesystem = [http://syslinux.zytor.com/faq.php SysLinux] is a boot loader for the Linux operating system which operates off an MS-DOS/Windows FAT filesystem. <br />It allows bubble to boot from any FAT device: * A floppy disk -- Probably the easiest way to start a bubble node. A single floppy is enough to run a full featured node. However if you want to run ''ssh'' or other ''big'' package, you will need more than one floppy, and your node will not be able to boot unattended anymore. * A Compact Flash card -- If you have an IDE/CF-Card adapter, just grab an old 2 or 4MB CF-Card and your are ready! * A hard disk -- may not be very useful, but why not... = Bubble = Here are the key Bubble parameters when you want to boot from FAT filesystem: {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |- |'''Section'''||'''Parameter'''||'''Value'''||'''Description''' |- |[image]||type||syslinux||Image type will be [http://syslinux.zytor.com/faq.php SysLinux] |- |[image]||syslinux_module.list||e.g. msdos, floppy||The modules you need to access the device (''floppy'' in the example), and to support the FAT filesystem |- |[image]||syslinux_device||e.g. /dev/fd0||The device used used to mount the filesystem.<br /> /!\ Although this is a ''build-time'' parameter, you can always change the boot device in the [http://syslinux.zytor.com/faq.php SysLinux] configuration file (SYSLINUX.CFG) -- there is no need to regenerate an image |- |[packages] or in any package section||retry||n||Instruct the package installer to retry ''n'' times when installing a package (any package if the directive is set at [package] level). This allows floppy swap. |} = Common Cases = The main advantage of booting from floppy is that you should be able to use the ready-made images! == Standard floppy == The easiest case, the ''standard'' floppy (SA-400 interface). You will have the following in your [[Bubble configuration file]]: [image] type = syslinux syslinux_module.list = msdos syslinux_module.list = floppy syslinux_device = /dev/fd0 Pre-build image is available in the BubbleImage:core-images/floppy directory. == USB floppy == Linux is supporting USB floppy through the sd SCSI driver. You will have the following in your [[Bubble configuration file]]: [image] type = syslinux syslinux_module.list = msdos syslinux_module.list = sd_mod syslinux_module.list = usb-storage syslinux_module.list = usb-uhci # or usb-ohci syslinux_device = /dev/sda Pre-build image is available in the BubbleImage:core-images/floppy-usb-uhci or BubbleImage:core-images/floppy-usb-ohci directory. == Compact Flash Card == <!> This has not been tested yet The Compact Flash device is access through an IDE adpter, therefore Bubble just see it as an IDE hard disk. You will have the following in your [[Bubble configuration file]]: [image] type = syslinux syslinux_module.list = msdos syslinux_module.list = ide-disk syslinux_device = /dev/hda Pre-build image is not yet available... = How to make a Bootable Floppy = You will need a system running Linux or DOS, and have [http://syslinux.zytor.com/faq.php SysLinux] installed on it. Here is an example on how make a bootable floppy under Linux # fdformat /dev/fd0 # Low level format # mformat a: # Build ms-dos filesystem # syslinux /dev/fd0 # Make floppy bootable using syslinux # mount -t msdos /dev/fd0 /mnt # Mount the filesystem # cp bubble.cfg bubble.syslinux/* packages/keybbe.tbz packages/wtools.tbz ... /mnt # # Copy all files to floppy # umount /mnt Or under MS-DOS: c:> format a: c:> syslinux a: c:> copy .... a: (!) A 1.44MB floppy should be sufficient for the main Bubble packages (ssh is just too big!). Should you run out of space, it is very easy to format a floppy with 21 sectors and 83 tracks, giving a total of 1743KB on a 1.44MB floppy. However your hardware need to be able to boot from such a floppy (It is not a problem at all on my old Pentium, but USB floppy drive will not support this). <br />On Linux, just use /dev/fd0h1743 instead of /dev/fd0 in the example above. For the DOS/Wintel world, I found a couple of ''sharewares'' to do the job, and also some free utilities * [http://toastytech.com/files/nformat.html NFormat] * FDFormat 1.8 from Christoph. H. Hochstätter (No official pages, but widely available on the web) [[Category:Bubble]] 14 1296 1465 1396 2006-11-23T09:44:31Z Phil 1 Reverted edit of Fraseyboy, changed back to last version by Phil wikitext text/x-wiki Attempt to run a RC node on a RG-1000 AP... 0 1308 1466 1394 2006-11-23T09:44:36Z Phil 1 Reverted edit of Fraseyboy, changed back to last version by Phil wikitext text/x-wiki = Quand? = Date prévue: le Samedi 2 Octobre. RC:IvanMarkoff propose rendez-vous vers 10H30 chez lui: <br />rue Potagère, 103 <br />pour préparer le câble et vérifier le matos RC:IvanMarkoff viens de téléphoner à Serge. Il ne pourra pas venir avant 13h. <br />Mais pas de problèmes, il apportera les clefs de panik la veille vendredi pm. Donc: * Quelques jours avant l'install : ** Dresser la liste des points joignables depuis Josaphat. ** Le plus simple serait de sauver la page RC:ExtensionPlanAdressage sur le laptop qui fera partie du matériel d'install (Phil - OK) ** Contacter toutes les personnes pouvant participer aux tests de chez eux *** Said OK : mettra le noeud tagawa en mode RC:ReseauCitoyen *** Guy : à faire - message sur répondeur *** Gilles : à faire * Vendredi ** vers 13h Serge dépose les clefs de Panik (rue St-Josse) chez ivan * Samedi ** rendez-vous chez RC:IvanMarkoff vers 10h30 ** Vers 11h30, installation panik ** Vers 12h30 on bouffe près de Josaphat et on téléphone à Serge pour lui donner l'adresse du resto où on l'attend ** 13h30 install josaphat = Pré-Install = Lister ici ce qu'il faut encore faire, acheter, ... avant le jour de l'install * ... = Ne pas oublier = Pour le jour de l'install == Matériel a amener == '''Panik''' * Hardware ** PC + bridge ISA/PCMCIA + carte pcmacia cisco aironet ''(Phil - OK)'' ** pigtail mmcx to rp tnc femelle ''(Phil - OK)'' ** antenne rubber duck rp tnc mâle ''(Phil - OK)'' ** bac + rallonge électrique 15m ''(ivan - OK)'' ** câble Ethernet long + croiseur + câble court ''(sur place)'' * Outillage ** rien * Quincaillerie ** rien '''Josaphat''' *Hardware ** PC + bridge ISA/PCMCIA + carte pcmacia engenius ''(Phil - OK)'' ** pigtail mmcx to N mâle ''(ivan - OK)'' ** câble ecoflex15 (20m) + 1 connecteur N femelle + 1 connecteur N mâle ''(ivan - OK)'' ** antenne 9dBi tilt 0° (N femelle) + attache et colliers ''(ivan - OK)'' ** pied photo pour support antenne pour essai avant install définitive ''(ivan - OK)'' ** .... ? * Outillage ** Foreuse à percussion pneumatique + mèches ''(ivan - OK)'' ** visseuse portative bas de gamme, si quelqu'un a mieux, c'est le bienvenu ''(ivan - à préparer)'' ** visseuse portative milieu de gamme ''(Phil - OK)'' ** niveau d'eau ''(ivan - à préparer)'' ** ... ? * Quincaillerie ** allonge étectrique (5 m) + prise multiple (2 m) pour relier le PC au secteur ''(ivan OK)'' ** attaches pour câbles éléctriques 16mm ''(ivan OK)'' ** vis + chevilles ''(ivan OK)'' ** 2 équerres pour étagère pour PC ''(ivan - OK)'' ** 1 planche pour étagère ''(ivan - OK)'' ** petites vis pour fixer la planche sur les équerres ''(ivan - OK)'' ** bande auto-amalgamante pour connecteur antenne ''(ivan OK)'' ** ... ? '''Matériel concernant les 2 points et divers''' * Portable et cable réseau croisé pour se connecter aux noeuds si nécessaire: ''(Phil - OK)'' * Frein filet (pour les attaches d'antenne): ''(Phil - OK)'' * Appareil photo ''(Phil - OK)'' * Carte et plan de Bruxelles ''(ivan - OK)'' * Jumelles ''(ivan mais ancienne, pas très bonne - OK)'' * ... ? == Questions == * A-t-on un cable réseau pour aller du RC:CitizenBack Panik au studio? ** Oui. * Qu'est-ce du frein filet ? ** C'est une produit qui permet de ''freiner le filetage'' des vis, c'est a dire empecher les vis de se faire la malle. C'est essentiellement utilisé en mécanique automobile où les vibrations font que tout se dévisse. Par principe sur tout montage extérieur je m'assure qu'il y aie soit des rondelles ''grauer'' soit du frein filet. * Qu'est-ce de la bande auto-amalgamante ? ** Est-ce similaire à de la gaine thermo-rétractable? Si oui, il faut prévoir un décapeur thermique.... ** Non, pas besoin de chauffer. C'est un ruban élastique qui se soude à lui-même. * Les noeuds de St-Josse sont-ils tous passés en canal 1? ** En principe oui, depuis ce jeudi soir * ... == Matériel divers == * De la [http://www.chimay.com/www/chimay/site8/dynamique/fr/preview/fiche_b.cfm?p_b_or_f=B&p_langue=FR&p_id_produit=298 ChimayBleue] (Optionel vu que Eric n'est pas là....) * ... = Rapport d'install = Equipe de choc : sympa, cool, et hyper efficace Oublis : * capot du pc * et plus grave : on a oublié de mettre la bande de protection du connecteur d'antenne Suite voir page [[Gestion Josaphat]] [[Category:Opération Panik]] 0 1317 1467 1393 2006-11-23T09:44:38Z Phil 1 Reverted edit of Fraseyboy, changed back to last version by Phil wikitext text/x-wiki = Bienvenue sur le noeud Bulles = Bienvenue sur le noeud RéseauCitoyen des Bulles! '''Note''': Bien que ce serveur Web soit aussi visible sur Internet, certains liens de cette page ne sont disponibles que via RéseauCitoyen {| width="100%" style="border-top:1px solid red; border-right:1px solid red; border-bottom:2px solid red; border-left:1px solid red;" |- | Au cours de ces derniers mois j'ai petit à petit perdu ma motivation pour ce projet... Temps pour revoir ses priorités... <br />Temps pour passer à d'autre choses... <br />Le noeud des Bulles reste bien sûr actif, mais je ne prévois plus de maintenance dans un avenir proche Philippe <br />Octobre 2005 |} == Services disponibles sur ce noeud == * '''Le wiki des Bulles''': Vous y êtes! C'est ici! <br />C'est un Wiki essentiellment technique supportant des projets RéseauCitoyen. <br />Quelques pointeurs ** [[Bubble]]: Distribution RéseauCitoyen minimaliste (floppy, ...) <br />La distribution est en réécriture pour l'instant! ** [[RC-1000]]: Distribution RéseauCitoyen pour RG-1000 ** [[Opération Panik]]: Setup de noeuds en vue de streaming audio * Un '''serveur de temps''' (NTP) de Stratum 3 * Le '''[http:/cgi-bin/viewcvs.cgi/ReseauCitoyen CVS]''': Code sources de projets RéseauCitoyen ** [http:/cgi-bin/viewcvs.cgi/ReseauCitoyen/Bubble Bubble]: Distribution Bubble ** [http:/cgi-bin/viewcvs.cgi/ReseauCitoyen/OpenWRT/ WRT Citoyen]: Distribution OpenWRT avec les packages RéseauCitoyen ** [http:/cgi-bin/viewcvs.cgi/ReseauCitoyen/RC-1000/ RC-1000]: Distribution RG-1000 ** [http:/cgi-bin/viewcvs.cgi/ReseauCitoyen/aodv-uu-ipt/ AODV-IPT]: AODV-UU 0.8.1 avec les patches iptables ** [http:/cgi-bin/viewcvs.cgi/ReseauCitoyen/rc-watchdog/ RC-Watchdog]: Script de monitoring de noeud ** [http:/cgi-bin/viewcvs.cgi/ReseauCitoyen/dnsp2p/ DNS Peer to Peer]: implementation en Python réalisée par Gaëtan Kowalkowski * '''[http:/nagios/ Monitoring du réseau]''': Monitoring réalisé avec Nagios ('''Non disponible pour l'instant''') * '''[http:/rc1000/ Feed RC-1000]''': Distribution et Package Feed pour la distribution [[RC-1000]] * '''[http:/openwrt/ Feed OpenWrt]''': Distribution et Package Feed pour la distribution OpenWrt (Voire aussi [[Wrt Citoyen]]) * '''[http:/i386/ Binaires i386]''': Noyeau et binaires AODV pour une install facile sous Linux, paquet Debian pour OLSR, ... * '''[http:/mtx/ Feed MeshCube]''': Distribution et Package Feed pour la distribution Nylon (Voire aussi [[MeshCube]]) == Services en projet == * Pas de projets pour le momment *''Ajoutez ici vos souhaits!'' * ... 0 1315 1468 1392 2006-11-23T09:44:41Z Phil 1 Reverted edit of Fraseyboy, changed back to last version by Phil wikitext text/x-wiki = A faire = * Taches a effectuer, ... * ... = 17 Novembre 2004 - 8:00 - Intervention sur place - Soekris Ivan (Labo) = Intervenants : Philippe '''Incident''': La soekris n'est plus dans le nuage AODV '''Analyse''': sur la console le message suivant défile sans arrêt: eth2: information frame lost La carte (le driver ?) à l'air dans les choux -- le problème est résolu par un `cardctl eject / insert`. <br />Le message vient de orinoco.c et est spécifique à ce driver AODV est redémarré et la machine rejoint le nuage immédiatement. '''Conclusion''': pas d'action immédiate particulière à noter que # On utilise de toutes façon plus trop les cartes orinoco # La soekris ne tourne pas la dernière version des drivers, et il y a eu des changement dans le code a cet endroit récemment # On pourrait utiliser HostAP A plus long terme, mettre à jour la distribution = <date> 2004 - <heure> - Intervention [sur place|distante] = Intervenants : .... * Détails de l'intervention * ....... [[Category:Gestion RéseauCitoyen]] 0 1289 1469 1391 2006-11-23T09:44:43Z Phil 1 Reverted edit of Fraseyboy, changed back to last version by Phil wikitext text/x-wiki {{Outdated}} = About Packages = In order to keep the ''core'' as small as possible, and to allow flexibility, most of the Bubble components are stored in packages. <br />Packages may have different purpose: * Configuration: a few scripts to configure the node (keyboard, ...) * Drivers: install the drivers needed to run the node (typically Wireless drivers) * Software: optional packages for the node (ssh, ...) * ... We do not need extended package functionality, since the distribution is ''non-persistent'' -- it is re-build at boot time. <br />We need the following functionality * ''Install'' files * Run ''install'' scripts to configure the package * Have start/stop scripts to manage the ''service'' = Package Structure = The package is composed of 2 parts * A configuration file: an ASCII file that everyone can edit to customize the package for a particular node.<br />The format is the same as the [[Bubble configuration file]], and the contents are actually merged. * A tarball containing the package itself == Package Naming == Since we want to be able to boot from FAT, the package (file) name is limited to 8 characters! == Package Configuration == The package configuration is part of the [[Bubble configuration file]] as a ''section'' It contains: * The disk space required to install the package (in KB) * The number of i-nodes required to install the package * Any other parameter needed to configure the package<br />These options will be made available to the install script. Examples (See [[Bubble configuration file]] for the full syntax with hints for the user interface) ... [packages] # Only the packages in the list will be considered package.list = long # Long form example package.list = short # Short form example ... # Long declaration: all the parameters are used [long] size = 10 # RamDisk space required to install this package (in KB) # Default 0 inode = 10 # RamDisk inodes required to install this package # Default 0 load = yes # Load this package? (to be installed we need to have the # package in the above list AND load = yes here) # Default yes file = long.tbz # Package file name # Default <package.tbz> retry = 0 # If the file is not found, how many retries are we doing? # (Useful in case of floppies, to be able to switch the media) # Default is 0: Skips package is file is not there # This parameter overrides the same at [package] level install = long # Installation script for the package, in /tmp # Default <package> start = yes # Start the service at boot time? (if applicable -- nothing is # actually done, this parameter is just available for the scripts) # Default yes # Any other parameter for the use of this package [short] # Actually we do not need anything here! using the defaults: no space will be allocated for the package, # it will be loaded from the short.tbz file,and the default install script /tmp/short will be run if it exists. At build time, in addition to the tarball, a template for the [[Bubble configuration file]] is generated and contains the right ''size'' and ''inode'' parameters. During the boot process, for all the packages, a ''/etc/default/<package>'' is created, and all the parameters are defined there as environment variable. <br />Example: [hello] param = Hello World generates ''/etc/default/hello'' file: _PARAM="Hello World" The parameter is capitalized, and an underscore is prepended to minimize environment variable clashes when the file is sourced. == Package tarball == The configuration file is named '''<package>.tbz''' and is a ''bzipped'' tarball. It contains (all parts are optional): * All the package files (Path relative to root) * A configure/install script (in /tmp) * Start/Stop script for the service (System-V like -- See below): /etc/init.d/<package><...>.sh The ''stop'' part of the script is not very crucial in the light of a diskless node, but can be interesting for * Manual intervention (stop firewall, ...) * Nicely release network resources (DHCP lease, ...) Note that [[BusyBox]] init does not know anything about runlevels, but for the sake of clarity we will use the System-V / Debian convention, assuming the system is running in level 2: * /etc/init.d as repository for all startup scripts * /etc/rcS.d for all the scripts run at startup, just after the ''pivot_root''.<br />These are reserved for system initialization tasks, so no package scripts should come here.<br />Naming convention: Snn<script> symlinked to the real script in /etc/init.d * /etc/rc2.d for all the packages start scripts.<br />Naming convention: Snn<package><...>.sh symlinked to the real script in /etc/init.d * /etc/rc0.d for all the packages stop scripts.<br />Naming convention: Knn<package><...>.sh symlinked to the real script in /etc/init.d In the [[BuildRoot]], if the start/stop script contains (similar to the !RedHat chkconfig): # bubbleconfig: 2 xx yy links to the Sxx and Kyy will be build automatically (during the fixup phase of the build -- not at runtime!) = Driver Packages = A driver package is a package which is build to support some hardware and consists of one or more modules. These packages can be build automatically by including the name of the module in the [[Bubble configuration file]]. E.g.: [image] # ... driver.list = ewrk3 # DEC EtherWORKS driver.list = orinoco # Hermes or Prism 2 chipset driver.list = rt2400 # Realtek 2400 chipset # ... In the above example we will generate 3 packages, each of them will contain the base module plus all its dependencies. Unless ''start = no'' is specified for a particular driver, all drivers will be loaded at the early stage of the boot process. (current implementation: '''all''' drivers are loaded) All drivers accept a ''module_params'' run time parameter which will be passed to the module. E.g. [ewrk3] size = 56 inode = 10 module_params = io=0x300 irq=5 (current implementation: ignored) = Existing Packages = See [[Bubble configuration file]] for the list of existing packages and their respective options. = Links = ''We can group the links somewhere else...'' * [http://www.linuxrouter.org/ Linux Router Project (LRP)] -- no development anymore * [http://leaf.sourceforge.net/ Linux Embedded Appliance Firewall (LEAF)]: the re-incarnation of [http://www.linuxrouter.org/ LRP] * [http://www.routerlinux.com/ RouterLinux]: another uClibc/ [[BusyBox]] based GNU/Linux distribution * ... [[Category:Bubble]] 0 1285 1470 1390 2006-11-23T09:44:46Z Phil 1 Reverted edit of Fraseyboy, changed back to last version by Phil wikitext text/x-wiki {{Outdated}} This page describes the necessary steps needed to get get a bubble node up and running. = Requirements = We need basically some hardware for the node, plus an additional system to package the distribution. * The node itself ** Intel 386 compatible hardware ** 16 MB RAM ** A wireless interface supported by Linux (!) ** A boot device supported by Bubble (floppy, CD-ROM, CF-Card, Network card, ...) ** An optional network card * A computer to package the distribution. There is no restriction on the Operating System, but it need to be able to create the boot device: format/write MS-DOS FAT filesystem (floppy/CF-Card node), burn ISO CD-ROM for CD-ROM based node, or act as BootP/DHCP/TFTP server for a network based node. = Installation overview = There are 3 ways to get the distribution packaged * Build from source: this is probably the hardest way!<br />You may want to build from source if you want to modify the distribution.<br />Read [[Bubble development]] and if you still want to go on, get a [http://bulles.no-ip.org/cgi-bin/viewcvs.cgi/ReseauCitoyen/Bubble/ tarball] with the source and compile the whole stuff!<br />Browse this wiki for more information. * Use the RC-Matic: from one extreme to the other, the RC-Matic allows you to describe your configuration on the Web, and download all the parts needed to run your node.<br />At this time, the RC-Matic only generates [[DiskLess]] images! Conversion to Bubble is under way. But the need of an custom image is very limited since Bubble is much more configurable at run-time than [[DiskLess]]. * Use pre-build packages: last but not least, there are already some pre-build packages available, so you just have to download them, put it on your boot device and your node is ready! This [[Install guide]] describes how to get a node up and running with pre-build packages. <br />Pre-build packages are available at http://reseaucitoyen.be/diskless/bubble By using pre-build packages, you can have your bubble node operational in just a few minutes once you now your hardware configuration. <br />Installation is done in 3 steps: # Download the components; # Review and customize your configuration file; # Copy all the parts on your boot media. = Download Components = You will need 3 parts: * The [[Bubble configuration file]] * The Core System * The Packages == Configuration File == Just download the configuration file template as base for your configuration: BubbleImage:bubble.cfg == Core System == The Core System is made of the [[Linux kernel]] and a root file system. The package you need depends on how you want to boot your Bubble node: * FAT based (Floppy, CF-Card): review SysLinuxBoot to select the right core package; * CD-ROM based: download BubbleImage:core-images/cdrom-ide and the review [[IsoLinux boot]] page. * Network based: review [[Network boot]] to select the right core package. == Packages and Drivers == Bubble is is very flexible in its content. You just have to download the packages you want to install. The only limitation is the disk space if you boot from floppy, and the available memory. A complete list of the available packages and their parameters are available in [[Bubble configuration file]]. Read more about packages in [[Bubble package]]. You will typically use: * keybbe: Belgian keyboard mapping * pcmcia: if you need to support pcmcia devices! * wtools: wireless tools (not needed if you are using a wireless bridge such as the Linksys Wet-11) * iptables: for the firewalling * aodv: for the routing * tinyhttp: a nice to have -- it includes a useful node status page * ssh: if spaces allows it! All the packages are located at BubbleImage:packages. You will have also to download the drivers to support your hardware (wireless card, network card, ...) <br />There is already a whole bunch of driver packages available on BubbleImage:packages/drivers. If you are missing something, just tell me and I will include it. <br />Note that the driver packages always includes the dependencies -- you do not need to download them separately. E.g. if you have an Avaya PCMCIA card, the only driver package you need to download is BubbleImage:packages/drivers/orinoco_cs.tbz. = Review configuration file = Review your configuration file to match your hardware. See [[Bubble configuration file]] for detailed explanation. <br />The template you have downloaded contains more than you usually need. You should just review and check all entries. For each package tarball (.tbz file), there is always an associated [[Bubble configuration file]] template with the .cfg extension. This template contains the right values for the ''size'' and ''inode'' package parameters. = Make your boot device = You have now all the pieces of the puzzle! The last step is to dump everything on your boot device. Details of the operation depend on your boot device: * FAT based (Floppy, CF-Card): see [[SysLinux boot]]; * CD-ROM based: see [[IsoLinux boot]]; * Network based: see [[Network boot]]. Note that all files should be placed in the same directory. The exceptions are: * The [http://syslinux.zytor.com/pxe.php PXELinux] configuration file in case of a [[Network boot]] via PXE; * [[Network boot]] again, the [[Bubble configuration file]] can be in a separate directory to allow multiple nodes to share the same code; = Boot your node = Just boot your node and you are done! You may want to change the root password if you have enabled ''telnetd''. Once done, copy the encrypted value from ''/etc/passwd'' to your [[Bubble configuration file]]. <br />You can do the same with your ''ssh'' public and private keys. Enjoy! [[Category:Bubble]] 0 1326 1471 1389 2006-11-23T09:44:49Z Phil 1 Reverted edit of Fraseyboy, changed back to last version by Phil wikitext text/x-wiki This article describes how to prepare a Compact-Flash for use with [[Bering-uClibc]] It does not replace the [http://leaf.sourceforge.net/doc/guide/buc-install.html Bering-uClibc Installation Guide], but rather a complement. = Partitioning = The [[Bering-uClibc]] system is relatively small: a couple of megabytes is enough for a [http://www.reseaucitoyen.be RéseauCitoyen] node; the full list of packages being just a bit more than 10 MB. The idea is then to partition the Compact-Flash in 3 parts, depending on the size of the CF card. <br />We have here a 128MB card which is way to much! # An MSDOS partition for the packages. The use of a FAT16 filesystem is dicated by the use of [http://syslinux.zytor.com/faq.php SysLinux] for booting the device. 4 MB is more than enough. # A Minix partition for the packages (partial) backup. We want to keep the original packages in the first partition and save the configuration files (partial backups) in the second partition. This way, we can easily upgrade a node by just copying the new packages in the dos partition, without overwriting the configuration files. A couple of megabutes should be sufficient here. # A Minix file system as general purpose filesystem. The rest of the CF can be used to store whatever data we need. On my huge CF card the partition table looks like: Disk /dev/hdc: 128 MB, 128188416 bytes 8 heads, 32 sectors/track, 978 cylinders Units = cylinders of 256 * 512 = 131072 bytes Device Boot Start End Blocks Id System /dev/hdc1 * 1 256 32752 6 FAT16 /dev/hdc2 257 512 32768 83 Linux /dev/hdc3 513 978 59648 83 Linux = Boot partition = == Filesystem & syslinux == The first partition will recieve the packages and need to be DOS-formatted for [http://syslinux.zytor.com/faq.php SysLinux]: mkdosfs -n BERING /dev/hdc1 Then we load [http://syslinux.zytor.com/faq.php SysLinux] on it syslinux -s /dev/hdc1 And we also need to copy a MBR on it dd if=mbr.bin of=/dev/hdc bs=512 count=1 Note that the mbr.bin s part of the [http://syslinux.zytor.com/faq.php SysLinux] distribution, but is not in the Debian package... It can be dowloaded from [http://www.kernel.org/pub/linux/utils/boot/syslinux/ kernel.org] Then you have to put the ''syslinux.cfg'' configuration file and the ''syslinux.dpy''banner files in the filesystem. Templates are available in the ''tools/image'' directory of the [[Buildtool]] (or on the floppy image from the official distribution). On the soekris, I am using the following ''syslinux.cfg'': serial 0 19200 display syslinux.dpy timeout 0 default linux initrd=initrd.lrp init=/linuxrc rw root=/dev/ram0 LEAFCFG=/dev/hda2:minix append console=ttyS0,19200 nodma=hda ide=nodma We will put the leaf configuration file on the second partition. ''syslinux.cfg'' is the only system specific file we will have on the first partition; If the console is on a serial port, it is better to cleanup ''syslinux.dpy'' to avoid control characters on the connected terminal. == Linux kernel and packages == The rest of the filesystem is for the [[Bering-uClibc]] Linux kernel and packages. I don't expect space problem on the Compact-Flash card, so we could easily copy all the packages! I am just listing the main ones needed for a node. === System files === * linux: the Linux kernel, copied from ''build/kernel/bzimage-2.4.31-upx'' (or on the floppy image from the official distribution) * initrd.lrp: the bootstrap file, copied from initrd_ide.lrp as we boot from Compact-Flash via the IDE adapter * root.lrp: System files (basic commands)<br />The full root backup will backup '''all'' files not in other packages! * etc.lrp: /etc config files, system startup, ...<br />If we use the serial console, ''/etc/inittab'' need to be updated, otherwhise there will be no way to access the node! This is only necessary for a fresh install, after that ''inittab'' will be saved in the config files. * modules.lrp: the drivers needed to run the node<br />The drivers loaded by the PCMCIA cardmanager '''must be''' in the pcmcia subdirectory, so that the modules can be loaded through ''insmod'' as ''modbrobe'' is not available. * local.lrp: /usr/local files (empty package) * log.lrp: /var/log files (empty package) * config.lrp: the ''lrcfg'' configuration tool === Network files === * dropbear.lrp: ssh server * iptables.lrp: the iptables suite * shorewall.lrp: shorewall firewall * ulogd.lrp: user space log daemon === Web Interface === * mhttpd.lrp: lightweight HTTP server * webconf.lrp: Web configuration interface <br />We need to copy the ''<package>.lwp'' configuration plugins <br />'''Note''': the password file is not part of the configuration files, and therefore the password is lost when that package is upgraded! === PCMCIA === * pcmod.lrp: PCMCIA and Cardbus base modules * pcmcia.lrp: cardmgr, etc === Wireless stuff === * wireless.lrp: Jean II wireless tools * libm.lrp: dependancy * hostapu.lrp: HostAP Config * olsrd.lrp: the routing daemon === Other packages === Packages that could be usefull on a node: * bridge.lrp: bridge support * keyboard.lrp: non-qwerty keyboard support * dhcpcd.lrp: dhcp client * dnsmasq.lrp: dhcp server & dns cache = Config partition = The second partition will receive a Minix filesystem (the [[Bering-uClibc]] kernel only supports msdos and minix filesystems without additional modules). Initially, this partition will only contains the ''leaf.cfg'' configuration file: VERBOSE=0 LRP="root config etc local modules log iptables dhcpcd shorwall ulogd dnsmasq dropbear pcmod pcmcia libm wireless hostapu mhttpd webconf lrpstat olsrd" PKGPATH="/dev/hda2:minix,/dev/hda1:msdos" syst_size=16M log_size=10M The important thing is the ''PKGPATH'' variable: it took me some time to realize that by default the list is processed backwards when installing the package: we will first get the package files from the hda1 partition, then overlay with the configuration files from the hda2 partition. <br />An easy way to see this is that the files in the first device take precedence over the others! Once the system is installed and running, we will backup the configuration files (partial backup) on this partition. = Extra partition = This partition remains available for whatever we need! Ideally I would have used a ''jffs2'' filesystem, but this module is not compiled by default. So we will use Minix here as well. = Post-install = Once the system is running, the following need to be configured * System ** LRP Config file (date server, ...) ** Timezone * Networking ** Node name ** Interface definition * Dropbear ** Generate ssh keys * OLSRD ** Interface * Shorewall ** Relax a bit ** Add zone for [http://www.reseaucitoyen.be RéseauCitoyen] * Webconf ** Set password [[Category:Bering-uClibc]] 3 1330 1473 2006-12-02T11:07:11Z Wwwdaiyang 3 easy way to play mmorpg games wikitext text/x-wiki == easy way to play mmorpg games == easy way to play mmorpg games WOW Gold - World of Warcraft Gold is the most valuable form of currency in World of Warcraft. It is used to buy and sell items from vendors or other players. World of Warcraft Gold - You can now buy wow gold and items at great prices! WoW Gold - If you are looking for World of Warcraft Gold,please review our website for more information. World of Warcraft Gold - Our new WoW gold site is up with enhanced design, navigation, and payment options. WOW Gold - You may now buy World of Warcraft gold using a credit card without having to use Paypal (option is available at checkout). FFXI Gil- The most valuable form of currency is FINAL FANTASY XI Gil. It is used to buy and sell items from vendors or other players. FINAL FANTASY XI Gil - Looking to buy FFXI Gil, Items or Accounts? We strives to offer the fastest and most reliable service on the web for all your gaming needs. [[http://www.gamegoldspace.com/ world of warcraft gold]] - As a massively multiplayer online game, [[http://www.gamegoldspace.com/ wow gold]] enables thousands of players to come together online and battle against the world and each other. [[http://www.gamegoldspace.com/ wow power leveling]] - If you are looking for [[http://www.gamegoldspace.com/ wow powerleveling]] as well as [[http://www.gamegoldspace.com/ world of warcraft power leveling]] or [[http://www.gamegoldspace.com/ world of warcraft powerleveling]],please review our website for more information. 0 1331 1482 2007-01-10T23:38:15Z Cedricnet 5 wikitext text/x-wiki = A faire = * depuis les essais de stream pour l'anniversaire de l'art, accès ssh impossible (mauvaise redirection port ?) * .... = date 2006-01-10 - Configuration actuelle = soekris 4511 (voyage 0.2-10 - www.voyage.hk) *ip lan 192.168.5.15 une carte CM9 minipci. 5 ghz, canal 149. pour le moment client "josaphatmaster" antenne patch (pacwireless 19 db) (dirigée vers brusilia) *ip wifi 192.168.38.3 une carte Senao pcmcia. 2.4 ghz, canal 1. *ip wifi 10.54.142.130 boîte Ivan sur toit plat. petit mat antenne parabolique. http://reseaucitoyen.be/gallery/molenbeek/okno_01 un câble ethernet (réparé) arrive dans les locaux de l'association un serveur y a récemment été installé, tests de stream d'Olme [[Category:Gestion RéseauCitoyen]] 1483 1482 2007-01-10T23:38:53Z Cedricnet 5 wikitext text/x-wiki = A faire = * depuis les essais de stream pour l'anniversaire de l'art, accès ssh impossible (mauvaise redirection port ?) * .... = date 2006-01-10 - Configuration actuelle = soekris 4511 (voyage 0.2-10 - www.voyage.hk) *ip lan 192.168.5.15 une carte CM9 minipci. 5 ghz, canal 149. pour le moment client "josaphatmaster" antenne patch (pacwireless 19 db) (dirigée vers brusilia) *ip wifi 192.168.38.3 une carte Senao pcmcia. 2.4 ghz, canal 1. *ip wifi 10.54.142.130 boîte Ivan sur toit plat. petit mat antenne parabolique. http://reseaucitoyen.be/gallery/molenbeek/okno_01 un câble ethernet (réparé) arrive dans les locaux de l'association un serveur y a récemment été installé, tests de stream d'Olme [[Category:Gestion RéseauCitoyen]] 1484 1483 2007-01-10T23:39:26Z Cedricnet 5 wikitext text/x-wiki = A faire = * depuis les essais de stream pour l'anniversaire de l'art, accès ssh impossible (mauvaise redirection port ?) * .... = date 2006-01-10 - Configuration actuelle = soekris 4511 (voyage 0.2-10 - www.voyage.hk) *ip lan 192.168.5.15 une carte CM9 minipci. 5 ghz, canal 149. pour le moment client "josaphatmaster" antenne patch (pacwireless 19 db) (dirigée vers brusilia) *ip wifi 192.168.38.3 une carte Senao pcmcia. 2.4 ghz, canal 1. *ip wifi 10.54.142.130 boîte Ivan sur toit plat. petit mat antenne parabolique. http://reseaucitoyen.be/gallery/molenbeek/okno_01 un câble ethernet (réparé) arrive dans les locaux de l'association un serveur y a récemment été installé, tests de stream d'Olme [[Category:Gestion RéseauCitoyen]] 1485 1484 2007-01-10T23:40:21Z Cedricnet 5 wikitext text/x-wiki = A faire = * depuis les essais de stream pour l'anniversaire de l'art, accès ssh impossible (mauvaise redirection port ?) * .... = date 2006-01-10 - Configuration actuelle = soekris 4511 (voyage 0.2-10 - www.voyage.hk) *ip lan 192.168.5.15 une carte CM9 minipci. 5 ghz, canal 149. pour le moment client "josaphatmaster" antenne patch (pacwireless 19 db) (dirigée vers brusilia) *ip wifi 192.168.38.3 une carte Senao pcmcia. 2.4 ghz, canal 1. *ip wifi 10.54.142.130 boîte Ivan sur toit plat. petit mat antenne parabolique. http://reseaucitoyen.be/gallery/molenbeek/okno_01 un câble ethernet (réparé) arrive dans les locaux de l'association un serveur y a récemment été installé, tests de stream d'Olme (avec Amalia) [[Category:Gestion RéseauCitoyen]] 1492 1485 2007-01-12T11:38:46Z Cedricnet 5 /* A faire */ wikitext text/x-wiki = A faire = * depuis les essais de stream pour l'anniversaire de l'art, accès ssh impossible (mauvaise redirection port ?) / ok * .... = date 2006-01-10 - Configuration actuelle = soekris 4511 (voyage 0.2-10 - www.voyage.hk) *ip lan 192.168.5.15 une carte CM9 minipci. 5 ghz, canal 149. pour le moment client "josaphatmaster" antenne patch (pacwireless 19 db) (dirigée vers brusilia) *ip wifi 192.168.38.3 une carte Senao pcmcia. 2.4 ghz, canal 1. *ip wifi 10.54.142.130 boîte Ivan sur toit plat. petit mat antenne parabolique. http://reseaucitoyen.be/gallery/molenbeek/okno_01 un câble ethernet (réparé) arrive dans les locaux de l'association un serveur y a récemment été installé, tests de stream d'Olme (avec Amalia) [[Category:Gestion RéseauCitoyen]] 0 1314 1486 1440 2007-01-11T12:35:20Z Dako 4 wikitext text/x-wiki = A faire = * tester un stream entre panik et josaphat * ... = 2007-01-10 statut actuel = *bakbox avec un denian *mot de passe perdu!! = date 04 - heure - Intervention sur place / distante = Intervenants : .... * Détails de l'intervention * ....... = 10 Février 05 - 13h - Intervention distante = Intervenants : Philippe * Installation de rc-watchdog sur panik/josaphat/joske = 10 Janvier 05 - 21h - Intervention distante = Intervenants : Philippe * Correction du crontab de ''!CheckAodv'' (voir [[Gestion Josaphat]]) = 29 Décembre 04 - 22h00 - Intervention distante = Intervenants : Eric G * Copie de fichier son pour le test du stream ce trouvant dans /root/son = 5 décembre 04 - 18h - Intervention distante = Intervenants : Philippe * Installation du script de monitoring AODV déjà en place sur josaphat = 2 décembre 04 - 17h - Intervention sur place = Intervenants : Ivan * Remise en canal 1 suite à un changement intempestif en canal 6 avec pollution de "bossuet" et" ivan" = 25 Novembre 04 - 14h - Intervention sur place = Intervenants : Mathieu, Ivan * Remplacement de l'antenne omni 9dB par une antenne grid 15 dbB = 16 Novembre 04 - 19h00 - Intervention sur distante = Intervenants : Philippe Monitoring suite à l'interruption de service de lundi 15 au mardi 16 novembre '''Incident''': Panik passe en rouge dans Nagios le 15 Novembre à 16h28 et réapparait le 16 novembre à 16:08 '''Analyse''': on observe les faits suivants: * La machine n'a pas été arretée, le processus aodv n'a pas été redémarré -- le problème s'est donc réglé ''de lui-même'' * Durant toute la durée de l'incident, il n'y avait que une et une seule machine dans les tables de routage AODV: Arnaud (chardons) * Fait intéressant: le noeud chardons était ''rouge'' dans Nagios '''pendant le même laps de temps'''!! Il semble donc que ces 2 machines se sont ''isolées'' du réseau.<br />L'analyse des logs de Josaphat confirme ce point: aucune des 2 machines n'est dans les tables de routage durant l'incident. '''Conclusion''': On ne peut rien conclure de ces observations, seulement émettre des hypothèses... <br />Il faudrait collecter plus d'informations sur les noeuds (info wireless, ...) = 13 novembre 04 - 16h00 - Intervention distante = Intervenant : Philippe * Limitation du lien a 2Mb/s (live + mise-à-jour de ''/etc/network/interface''). * Mise a jour de ''/etc/hosts'' [[Category:Gestion RéseauCitoyen]] 1487 1486 2007-01-11T12:35:36Z Dako 4 /* 2007-01-10 statut actuel */ wikitext text/x-wiki = A faire = * tester un stream entre panik et josaphat * ... = 2007-01-10 statut actuel = *bakbox avec un debian *mot de passe perdu!! = date 04 - heure - Intervention sur place / distante = Intervenants : .... * Détails de l'intervention * ....... = 10 Février 05 - 13h - Intervention distante = Intervenants : Philippe * Installation de rc-watchdog sur panik/josaphat/joske = 10 Janvier 05 - 21h - Intervention distante = Intervenants : Philippe * Correction du crontab de ''!CheckAodv'' (voir [[Gestion Josaphat]]) = 29 Décembre 04 - 22h00 - Intervention distante = Intervenants : Eric G * Copie de fichier son pour le test du stream ce trouvant dans /root/son = 5 décembre 04 - 18h - Intervention distante = Intervenants : Philippe * Installation du script de monitoring AODV déjà en place sur josaphat = 2 décembre 04 - 17h - Intervention sur place = Intervenants : Ivan * Remise en canal 1 suite à un changement intempestif en canal 6 avec pollution de "bossuet" et" ivan" = 25 Novembre 04 - 14h - Intervention sur place = Intervenants : Mathieu, Ivan * Remplacement de l'antenne omni 9dB par une antenne grid 15 dbB = 16 Novembre 04 - 19h00 - Intervention sur distante = Intervenants : Philippe Monitoring suite à l'interruption de service de lundi 15 au mardi 16 novembre '''Incident''': Panik passe en rouge dans Nagios le 15 Novembre à 16h28 et réapparait le 16 novembre à 16:08 '''Analyse''': on observe les faits suivants: * La machine n'a pas été arretée, le processus aodv n'a pas été redémarré -- le problème s'est donc réglé ''de lui-même'' * Durant toute la durée de l'incident, il n'y avait que une et une seule machine dans les tables de routage AODV: Arnaud (chardons) * Fait intéressant: le noeud chardons était ''rouge'' dans Nagios '''pendant le même laps de temps'''!! Il semble donc que ces 2 machines se sont ''isolées'' du réseau.<br />L'analyse des logs de Josaphat confirme ce point: aucune des 2 machines n'est dans les tables de routage durant l'incident. '''Conclusion''': On ne peut rien conclure de ces observations, seulement émettre des hypothèses... <br />Il faudrait collecter plus d'informations sur les noeuds (info wireless, ...) = 13 novembre 04 - 16h00 - Intervention distante = Intervenant : Philippe * Limitation du lien a 2Mb/s (live + mise-à-jour de ''/etc/network/interface''). * Mise a jour de ''/etc/hosts'' [[Category:Gestion RéseauCitoyen]] 0 1311 1490 1434 2007-01-11T13:32:03Z Dako 4 /* Journaux d'intervention en Ligne */ wikitext text/x-wiki = Journaux d'intervention en Ligne = Journaux d'interventions de noeuds [http://reseaucitoyen.be ReseauCitoyen] disponibles sur ce wiki: * [[Gestion Josaphat]] * [[Gestion Panik]] * [[Gestion Divers]] (interventions sur des noeuds en test) * [[Gestion Okno]] [[Category:Opération Panik]] [[Category:Gestion RéseauCitoyen]] 1493 1490 2007-01-12T17:15:19Z Dako 4 wikitext text/x-wiki = Journaux d'intervention en Ligne = Journaux d'interventions de noeuds [http://reseaucitoyen.be ReseauCitoyen] disponibles sur ce wiki: * [[Gestion Josaphat]] * [[Gestion Panik]] * [[Gestion Divers]] (interventions sur des noeuds en test) * [[Gestion Okno]] * [[Gestion P&V]] * [[Gestion PointDom] [[Category:Opération Panik]] [[Category:Gestion RéseauCitoyen]] 1500 1493 2007-01-13T17:02:41Z Dako 4 wikitext text/x-wiki = Journaux d'intervention en Ligne = Journaux d'interventions de noeuds [http://reseaucitoyen.be ReseauCitoyen] disponibles sur ce wiki: * [[Gestion Josaphat]] * [[Gestion Panik]] * [[Gestion Divers]] (interventions sur des noeuds en test) * [[Gestion Okno]] * [[Gestion P&V]] * [[Gestion PointDom]] [[Category:Opération Panik]] [[Category:Gestion RéseauCitoyen]] 0 1332 1494 2007-01-12T17:27:53Z Dako 4 wikitext text/x-wiki =p&v= *hardware: <nowiki>petv:~# cat /proc/cpuinfo processor : 0 vendor_id : GenuineIntel cpu family : 6 model : 6 model name : Celeron (Mendocino) stepping : 0 cpu MHz : 300.687 cache size : 128 KB fdiv_bug : no hlt_bug : no f00f_bug : no coma_bug : no fpu : yes fpu_exception : yes cpuid level : 2 wp : yes flags : fpu vme de pse tsc msr pae mce cx8 apic sep mtrr pge mca cmov pat pse36 mmx fxsr bogomips : 599.65 petv:~# free total used free shared buffers cached Mem: 127304 120952 6352 0 29620 34236 -/+ buffers/cache: 57096 70208 Swap: 120448 4496 115952 petv:~# cardctl ident Socket 0: product info: "Avaya Communication", "Avaya Wireless PC Card", "Version 01.01", "" manfid: 0x0156, 0x0002 function: 6 (network) Socket 1: product info: "Avaya Communication", "Avaya Wireless PC Card", "Version 01.01", "" manfid: 0x0156, 0x0002 function: 6 (network) </nowiki> 1495 1494 2007-01-12T17:28:27Z Dako 4 wikitext text/x-wiki =p&v= *hardware: petv:~# cat /proc/cpuinfo processor : 0 vendor_id : GenuineIntel cpu family : 6 model : 6 model name : Celeron (Mendocino) stepping : 0 cpu MHz : 300.687 cache size : 128 KB fdiv_bug : no hlt_bug : no f00f_bug : no coma_bug : no fpu : yes fpu_exception : yes cpuid level : 2 wp : yes flags : fpu vme de pse tsc msr pae mce cx8 apic sep mtrr pge mca cmov pat pse36 mmx fxsr bogomips : 599.65 petv:~# free total used free shared buffers cached Mem: 127304 120952 6352 0 29620 34236 -/+ buffers/cache: 57096 70208 Swap: 120448 4496 115952 petv:~# cardctl ident Socket 0: product info: "Avaya Communication", "Avaya Wireless PC Card", "Version 01.01", "" manfid: 0x0156, 0x0002 function: 6 (network) Socket 1: product info: "Avaya Communication", "Avaya Wireless PC Card", "Version 01.01", "" manfid: 0x0156, 0x0002 function: 6 (network) 1496 1495 2007-01-12T17:29:47Z Dako 4 wikitext text/x-wiki =p&v= *hardware: petv:~# cat /proc/cpuinfo processor : 0 vendor_id : GenuineIntel cpu family : 6 model : 6 model name : Celeron (Mendocino) stepping : 0 cpu MHz : 300.687 cache size : 128 KB fdiv_bug : no hlt_bug : no f00f_bug : no coma_bug : no fpu : yes fpu_exception : yes cpuid level : 2 wp : yes flags : fpu vme de pse tsc msr pae mce cx8 apic sep mtrr pge mca cmov pat pse36 mmx fxsr bogomips : 599.65 petv:~# free total used free shared buffers cached Mem: 127304 120952 6352 0 29620 34236 -/+ buffers/cache: 57096 70208 Swap: 120448 4496 115952 petv:~# cardctl ident Socket 0: product info: "Avaya Communication", "Avaya Wireless PC Card", "Version 01.01", "" manfid: 0x0156, 0x0002 function: 6 (network) Socket 1: product info: "Avaya Communication", "Avaya Wireless PC Card", "Version 01.01", "" manfid: 0x0156, 0x0002 function: 6 (network) 1497 1496 2007-01-12T17:30:11Z Dako 4 wikitext text/x-wiki == p&v == *hardware: petv:~# cat /proc/cpuinfo processor : 0 vendor_id : GenuineIntel cpu family : 6 model : 6 model name : Celeron (Mendocino) stepping : 0 cpu MHz : 300.687 cache size : 128 KB fdiv_bug : no hlt_bug : no f00f_bug : no coma_bug : no fpu : yes fpu_exception : yes cpuid level : 2 wp : yes flags : fpu vme de pse tsc msr pae mce cx8 apic sep mtrr pge mca cmov pat pse36 mmx fxsr bogomips : 599.65 petv:~# free total used free shared buffers cached Mem: 127304 120952 6352 0 29620 34236 -/+ buffers/cache: 57096 70208 Swap: 120448 4496 115952 petv:~# cardctl ident Socket 0: product info: "Avaya Communication", "Avaya Wireless PC Card", "Version 01.01", "" manfid: 0x0156, 0x0002 function: 6 (network) Socket 1: product info: "Avaya Communication", "Avaya Wireless PC Card", "Version 01.01", "" manfid: 0x0156, 0x0002 function: 6 (network) 1498 1497 2007-01-12T17:42:04Z Dako 4 wikitext text/x-wiki == p&v == *ip wlan0: 10.34.43.155 *ip wlan1: 192.168.n.n *version olsr: *** olsr.org - 0.4.9 *** Build date: Apr 4 2005 http://www.olsr.org *hardware: petv:~# cat /proc/cpuinfo processor : 0 vendor_id : GenuineIntel cpu family : 6 model : 6 model name : Celeron (Mendocino) stepping : 0 cpu MHz : 300.687 cache size : 128 KB fdiv_bug : no hlt_bug : no f00f_bug : no coma_bug : no fpu : yes fpu_exception : yes cpuid level : 2 wp : yes flags : fpu vme de pse tsc msr pae mce cx8 apic sep mtrr pge mca cmov pat pse36 mmx fxsr bogomips : 599.65 petv:~# free total used free shared buffers cached Mem: 127304 120952 6352 0 29620 34236 -/+ buffers/cache: 57096 70208 Swap: 120448 4496 115952 petv:~# cardctl ident Socket 0: product info: "Avaya Communication", "Avaya Wireless PC Card", "Version 01.01", "" manfid: 0x0156, 0x0002 function: 6 (network) Socket 1: product info: "Avaya Communication", "Avaya Wireless PC Card", "Version 01.01", "" manfid: 0x0156, 0x0002 function: 6 (network) 1499 1498 2007-01-12T17:51:23Z Dako 4 wikitext text/x-wiki == p&v == *distribution Debian GNU/Linux Sarge *ip wlan0: 10.34.43.155 *ip wlan1: 192.168.n.n *version olsr: *** olsr.org - 0.4.9 *** Build date: Apr 4 2005 http://www.olsr.org *hardware: vieux p2 dans une boite en plastique petv:~# cat /proc/cpuinfo processor : 0 vendor_id : GenuineIntel cpu family : 6 model : 6 model name : Celeron (Mendocino) stepping : 0 cpu MHz : 300.687 cache size : 128 KB fdiv_bug : no hlt_bug : no f00f_bug : no coma_bug : no fpu : yes fpu_exception : yes cpuid level : 2 wp : yes flags : fpu vme de pse tsc msr pae mce cx8 apic sep mtrr pge mca cmov pat pse36 mmx fxsr bogomips : 599.65 petv:~# free total used free shared buffers cached Mem: 127304 120952 6352 0 29620 34236 -/+ buffers/cache: 57096 70208 Swap: 120448 4496 115952 petv:~# cardctl ident Socket 0: product info: "Avaya Communication", "Avaya Wireless PC Card", "Version 01.01", "" manfid: 0x0156, 0x0002 function: 6 (network) Socket 1: product info: "Avaya Communication", "Avaya Wireless PC Card", "Version 01.01", "" manfid: 0x0156, 0x0002 function: 6 (network) 0 1333 1501 2007-01-13T17:07:20Z Dako 4 wikitext text/x-wiki =pointdom-wrt-1= *lan ip: 192.168.1.70 =pointdom-wrt-5= lan ip: 192.168.1.80 1502 1501 2007-01-13T17:11:02Z Dako 4 wikitext text/x-wiki =pointdom-wrt-1= *lan ip0: 192.168.1.80 *lan ip1: 10.59.246.191 *wan ip: none *wifi ip: 10.59.246.193 =pointdom-wrt-5= *lan ip1: 192.168.1.80 * 1503 1502 2007-01-13T17:24:25Z Dako 4 wikitext text/x-wiki =pointdom-wrt-1= *lan ip0: 192.168.1.80 *lan ip1: 10.59.246.191 *wan ip: none *wifi ip: 10.59.246.193 =pointdom-wrt-5= *lan ip1: 192.168.1.80 *wifi ip: 10.200.172.194 0 1 1504 1439 2007-02-07T19:43:14Z Dako 4 wikitext text/x-wiki = About this Wiki = This wiki has been initially setup to support the design and the development of [[Bubble]] version 2. Over time, it became the host of other projects loosely coupled to [http://www.reseaucitoyen.be RéseauCitoyen]. = Contents = * [[Bubble]]: a mini Linux distribution designed to run a wireless [http://www.reseaucitoyen.be RéseauCitoyen] node. * [[RC-1000]]: transform an Orinoco RG-1000 into a [http://www.reseaucitoyen.be RéseauCitoyen] node * [[Opération Panik]]: audio streaming for [http://www.reseaucitoyen.be RéseauCitoyen] Testimonial * [[Gestion RéseauCitoyen]]: node logbook * [[Wrt Citoyen]]: some notes about running AODV-UU / OLSR on [http://openwrt.org OpenWrt] * [[Noeud Bulles]]: this wiki is also the main site of the bulles.bxl.rc [http://www.reseaucitoyen.be RéseauCitoyen] node. * [[Bering-uClibc]]: build a [http://www.reseaucitoyen.be RéseauCitoyen] on top of [[Bering-uClibc]] * [[TestDivers]]: some test and their results 1505 1504 2007-02-07T19:43:34Z Dako 4 /* Contents */ wikitext text/x-wiki = About this Wiki = This wiki has been initially setup to support the design and the development of [[Bubble]] version 2. Over time, it became the host of other projects loosely coupled to [http://www.reseaucitoyen.be RéseauCitoyen]. = Contents = * [[Bubble]]: a mini Linux distribution designed to run a wireless [http://www.reseaucitoyen.be RéseauCitoyen] node. * [[RC-1000]]: transform an Orinoco RG-1000 into a [http://www.reseaucitoyen.be RéseauCitoyen] node * [[Opération Panik]]: audio streaming for [http://www.reseaucitoyen.be RéseauCitoyen] Testimonial * [[Gestion RéseauCitoyen]]: node logbook * [[Wrt Citoyen]]: some notes about running AODV-UU / OLSR on [http://openwrt.org OpenWrt] * [[Noeud Bulles]]: this wiki is also the main site of the bulles.bxl.rc [http://www.reseaucitoyen.be RéseauCitoyen] node. * [[Bering-uClibc]]: build a [http://www.reseaucitoyen.be RéseauCitoyen] on top of [[Bering-uClibc]] * [[Test Divers]]: some test and their results 1535 1505 2007-03-28T17:22:50Z Dako 4 wikitext text/x-wiki = About this Wiki = This wiki has been initially setup to support the design and the development of [[Bubble]] version 2. Over time, it became the host of other projects loosely coupled to [http://www.reseaucitoyen.be RéseauCitoyen]. = Contents = * [[Bubble]]: a mini Linux distribution designed to run a wireless [http://www.reseaucitoyen.be RéseauCitoyen] node. * [[RC-1000]]: transform an Orinoco RG-1000 into a [http://www.reseaucitoyen.be RéseauCitoyen] node * [[Opération Panik]]: audio streaming for [http://www.reseaucitoyen.be RéseauCitoyen] Testimonial * [[Gestion RéseauCitoyen]]: node logbook * [[Wrt Citoyen]]: some notes about running AODV-UU / OLSR on [http://openwrt.org OpenWrt] * [[Noeud Bulles]]: this wiki is also the main site of the bulles.bxl.rc [http://www.reseaucitoyen.be RéseauCitoyen] node. * [[Bering-uClibc]]: build a [http://www.reseaucitoyen.be RéseauCitoyen] on top of [[Bering-uClibc]] * [[Test Divers]]: some test and their results * [[RcTools]] 0 1334 1506 2007-02-07T19:44:11Z Dako 4 wikitext text/x-wiki [[Test 5Ghz]] 1524 1506 2007-03-12T20:50:49Z Dako 4 wikitext text/x-wiki [[Test 5Ghz]] [[Test asterisk]] 1525 1524 2007-03-12T20:50:58Z Dako 4 wikitext text/x-wiki [[Test 5Ghz]] [[Test asterisk]] 0 1335 1507 2007-02-07T19:46:32Z Dako 4 wikitext text/x-wiki = test du vendredi 2007-02-09 = == hardware list == 1508 1507 2007-02-07T19:57:30Z Dako 4 /* hardware list */ wikitext text/x-wiki = test du vendredi 2007-02-09 = == hardware list == *wrap+mikrotk+sr9+pigtail qui marche (testé au préalable par manu et david) *soekris de rechange *compactflash de rechange *un pigtail de rechange *un laptop *un flasheur de carte *un multiprise * == iée de procédure == *mettre le wrap qui va bien le jeudi soir *tester toute la nuit de tout les noeuds qui ont 5Ghz (voir plus bas) *dormir un peu *dejeuner chez ivan vers les 9h-9h30 *reflexion conclusion *... *si les test de connections ont marché la nuit du jeudi on prepare des compact flash et on y retourne *si les test avec la mikrotik et le wrap n ont rien donné alors on refait un cable et on prend un pigtail avec. == personnes qui auraient du 5Ghz == 1509 1508 2007-02-07T20:00:34Z Dako 4 wikitext text/x-wiki = test du vendredi 2007-02-09 = == hardware list == *wrap+mikrotk+sr9+pigtail qui marche (testé au préalable par manu et david) *soekris de rechange *compactflash de rechange *un pigtail de rechange *un laptop *un flasheur de carte *un multiprise * == idée de procédure == *mettre le wrap qui va bien le jeudi soir *tester toute la nuit de tout les noeuds qui ont 5Ghz (voir plus bas) *dormir un peu *dejeuner chez ivan vers les 9h-9h30 *reflexion conclusion *... *si les test de connections ont marché la nuit du jeudi on prepare des compact flash et on y retourne *si les test avec la mikrotik et le wrap n ont rien donné alors on refait un cable et on prend un pigtail avec. == personnes qui auraient du 5Ghz == *dako: grid 5 ghz a moins de 2km 1510 1509 2007-02-07T22:23:45Z On4sh 6 /* personnes qui auraient du 5Ghz */ wikitext text/x-wiki = test du vendredi 2007-02-09 = == hardware list == *wrap+mikrotk+sr9+pigtail qui marche (testé au préalable par manu et david) *soekris de rechange *compactflash de rechange *un pigtail de rechange *un laptop *un flasheur de carte *un multiprise * == idée de procédure == *mettre le wrap qui va bien le jeudi soir *tester toute la nuit de tout les noeuds qui ont 5Ghz (voir plus bas) *dormir un peu *dejeuner chez ivan vers les 9h-9h30 *reflexion conclusion *... *si les test de connections ont marché la nuit du jeudi on prepare des compact flash et on y retourne *si les test avec la mikrotik et le wrap n ont rien donné alors on refait un cable et on prend un pigtail avec. == personnes qui auraient du 5Ghz == *dako: grid 5 ghz a moins de 2km *stefan: omni 12 dbi, 5 ghz at manu 5.3 km in AP mode, can scan other ap's. 1511 1510 2007-02-07T22:24:52Z On4sh 6 /* personnes qui auraient du 5Ghz */ wikitext text/x-wiki = test du vendredi 2007-02-09 = == hardware list == *wrap+mikrotk+sr9+pigtail qui marche (testé au préalable par manu et david) *soekris de rechange *compactflash de rechange *un pigtail de rechange *un laptop *un flasheur de carte *un multiprise * == idée de procédure == *mettre le wrap qui va bien le jeudi soir *tester toute la nuit de tout les noeuds qui ont 5Ghz (voir plus bas) *dormir un peu *dejeuner chez ivan vers les 9h-9h30 *reflexion conclusion *... *si les test de connections ont marché la nuit du jeudi on prepare des compact flash et on y retourne *si les test avec la mikrotik et le wrap n ont rien donné alors on refait un cable et on prend un pigtail avec. == personnes qui auraient du 5Ghz == *dako: grid 5 ghz a moins de 2km *stefan: omni 12 dbi, 5 ghz at manu 5.3 km in AP mode, can scan other ap's. http://www.on4sh.be/nodedb/?page=nodes&node=45 1512 1511 2007-02-08T14:03:16Z Cedricnet 5 /* personnes qui auraient du 5Ghz */ wikitext text/x-wiki = test du vendredi 2007-02-09 = == hardware list == *wrap+mikrotk+sr9+pigtail qui marche (testé au préalable par manu et david) *soekris de rechange *compactflash de rechange *un pigtail de rechange *un laptop *un flasheur de carte *un multiprise * == idée de procédure == *mettre le wrap qui va bien le jeudi soir *tester toute la nuit de tout les noeuds qui ont 5Ghz (voir plus bas) *dormir un peu *dejeuner chez ivan vers les 9h-9h30 *reflexion conclusion *... *si les test de connections ont marché la nuit du jeudi on prepare des compact flash et on y retourne *si les test avec la mikrotik et le wrap n ont rien donné alors on refait un cable et on prend un pigtail avec. == personnes qui auraient du 5Ghz == *dako: grid 5 ghz a moins de 2km *stefan: omni 12 dbi, 5 ghz at manu 5.3 km in AP mode, can scan other ap's. http://www.on4sh.be/nodedb/?page=nodes&node=45 *cédric: patch 5 ghz à moins d'un km. 1513 1512 2007-02-08T14:06:30Z Cedricnet 5 /* personnes qui auraient du 5Ghz */ wikitext text/x-wiki = test du vendredi 2007-02-09 = == hardware list == *wrap+mikrotk+sr9+pigtail qui marche (testé au préalable par manu et david) *soekris de rechange *compactflash de rechange *un pigtail de rechange *un laptop *un flasheur de carte *un multiprise * == idée de procédure == *mettre le wrap qui va bien le jeudi soir *tester toute la nuit de tout les noeuds qui ont 5Ghz (voir plus bas) *dormir un peu *dejeuner chez ivan vers les 9h-9h30 *reflexion conclusion *... *si les test de connections ont marché la nuit du jeudi on prepare des compact flash et on y retourne *si les test avec la mikrotik et le wrap n ont rien donné alors on refait un cable et on prend un pigtail avec. == personnes qui auraient du 5Ghz == *dako: grid 5 ghz a moins de 2km *stefan: omni 12 dbi, 5 ghz at manu 5.3 km in AP mode, can scan other ap's. http://www.on4sh.be/nodedb/?page=nodes&node=45 *cédric: patch 5 ghz à moins d'un km. (essai de voyage 0.3pre3) * + il y a du 5ghz à Okno et Amalia avec des patchs 19 db vers le brusilia mais il semblerait que les drivers madwifi inclus dans voyage 0.2 soient obsolètes et disfonctionnels 1514 1513 2007-02-08T14:14:08Z Cedricnet 5 /* hardware list */ wikitext text/x-wiki = test du vendredi 2007-02-09 = == hardware list == *wrap+mikrotk+sr9+pigtail qui marche (testé au préalable par manu et david) *soekris de rechange *compactflash de rechange *un pigtail de rechange *un laptop *un flasheur de carte *un multiprise == idée de procédure == *mettre le wrap qui va bien le jeudi soir *tester toute la nuit de tout les noeuds qui ont 5Ghz (voir plus bas) *dormir un peu *dejeuner chez ivan vers les 9h-9h30 *reflexion conclusion *... *si les test de connections ont marché la nuit du jeudi on prepare des compact flash et on y retourne *si les test avec la mikrotik et le wrap n ont rien donné alors on refait un cable et on prend un pigtail avec. == personnes qui auraient du 5Ghz == *dako: grid 5 ghz a moins de 2km *stefan: omni 12 dbi, 5 ghz at manu 5.3 km in AP mode, can scan other ap's. http://www.on4sh.be/nodedb/?page=nodes&node=45 *cédric: patch 5 ghz à moins d'un km. (essai de voyage 0.3pre3) * + il y a du 5ghz à Okno et Amalia avec des patchs 19 db vers le brusilia mais il semblerait que les drivers madwifi inclus dans voyage 0.2 soient obsolètes et disfonctionnels 1515 1514 2007-02-08T15:29:07Z Zoobab 7 /* personnes qui auraient du 5Ghz */ wikitext text/x-wiki = test du vendredi 2007-02-09 = == hardware list == *wrap+mikrotk+sr9+pigtail qui marche (testé au préalable par manu et david) *soekris de rechange *compactflash de rechange *un pigtail de rechange *un laptop *un flasheur de carte *un multiprise == idée de procédure == *mettre le wrap qui va bien le jeudi soir *tester toute la nuit de tout les noeuds qui ont 5Ghz (voir plus bas) *dormir un peu *dejeuner chez ivan vers les 9h-9h30 *reflexion conclusion *... *si les test de connections ont marché la nuit du jeudi on prepare des compact flash et on y retourne *si les test avec la mikrotik et le wrap n ont rien donné alors on refait un cable et on prend un pigtail avec. == personnes qui auraient du 5Ghz == *dako: grid 5 ghz a moins de 2km *stefan: omni 12 dbi, 5 ghz at manu 5.3 km in AP mode, can scan other ap's. http://www.on4sh.be/nodedb/?page=nodes&node=45 *cédric: patch 5 ghz à moins d'un km. (essai de voyage 0.3pre3) * + il y a du 5ghz à Okno et Amalia avec des patchs 19 db vers le brusilia mais il semblerait que les drivers madwifi inclus dans voyage 0.2 soient obsolètes et disfonctionnels *benjamin: laptop avec une carte atheros, pas d'antenne et de pigtail, vois Cheypas Okno et pe Amalia et Atomium. 1516 1515 2007-02-08T17:29:28Z Dako 4 /* test du vendredi 2007-02-09 */ wikitext text/x-wiki = test du vendredi 2007-02-09 = == '''la marche a suivre est un peu chamboulée: nous n' avons pas pu obtenir les clefs du brusilia ce jeudi.on essayera donc de tout faire demain (foireux a l' avance . mais qui sait).''' == == hardware list == *wrap+mikrotk+sr9+pigtail qui marche (testé au préalable par manu et david) *soekris de rechange *compactflash de rechange *un pigtail de rechange *un laptop *un flasheur de carte *un multiprise == idée de procédure == *mettre le wrap qui va bien le jeudi soir *tester toute la nuit de tout les noeuds qui ont 5Ghz (voir plus bas) *dormir un peu *dejeuner chez ivan vers les 9h-9h30 *reflexion conclusion *... *si les test de connections ont marché la nuit du jeudi on prepare des compact flash et on y retourne *si les test avec la mikrotik et le wrap n ont rien donné alors on refait un cable et on prend un pigtail avec. == personnes qui auraient du 5Ghz == *dako: grid 5 ghz a moins de 2km *stefan: omni 12 dbi, 5 ghz at manu 5.3 km in AP mode, can scan other ap's. http://www.on4sh.be/nodedb/?page=nodes&node=45 *cédric: patch 5 ghz à moins d'un km. (essai de voyage 0.3pre3) * + il y a du 5ghz à Okno et Amalia avec des patchs 19 db vers le brusilia mais il semblerait que les drivers madwifi inclus dans voyage 0.2 soient obsolètes et disfonctionnels *benjamin: laptop avec une carte atheros, pas d'antenne et de pigtail, vois Cheypas Okno et pe Amalia et Atomium. 1522 1516 2007-03-12T20:48:25Z Dako 4 wikitext text/x-wiki = test du vendredi 2007-02-09 = ==CONlusions du test== -le problème était logiciel. -trois noeuds ont pus associer avec le wrapmikrotik un fois mise a la place de la soekris. -stephan rapporte que la perte dans le cable entre l antenne et l emetteur est de 4db. -... -suite a des tests voip ou le son saccadait cedric a règlé le meme valeur de hacktiming (athctrl -d n ). -statut: ca marche :) == '''la marche a suivre est un peu chamboulée: nous n' avons pas pu obtenir les clefs du brusilia ce jeudi.on essayera donc de tout faire demain (foireux a l' avance . mais qui sait).''' == == hardware list == *wrap+mikrotk+sr9+pigtail qui marche (testé au préalable par manu et david) *soekris de rechange *compactflash de rechange *un pigtail de rechange *un laptop *un flasheur de carte *un multiprise == idée de procédure == *mettre le wrap qui va bien le jeudi soir *tester toute la nuit de tout les noeuds qui ont 5Ghz (voir plus bas) *dormir un peu *dejeuner chez ivan vers les 9h-9h30 *reflexion conclusion *... *si les test de connections ont marché la nuit du jeudi on prepare des compact flash et on y retourne *si les test avec la mikrotik et le wrap n ont rien donné alors on refait un cable et on prend un pigtail avec. == personnes qui auraient du 5Ghz == *dako: grid 5 ghz a moins de 2km *stefan: omni 12 dbi, 5 ghz at manu 5.3 km in AP mode, can scan other ap's. http://www.on4sh.be/nodedb/?page=nodes&node=45 *cédric: patch 5 ghz à moins d'un km. (essai de voyage 0.3pre3) * + il y a du 5ghz à Okno et Amalia avec des patchs 19 db vers le brusilia mais il semblerait que les drivers madwifi inclus dans voyage 0.2 soient obsolètes et disfonctionnels *benjamin: laptop avec une carte atheros, pas d'antenne et de pigtail, vois Cheypas Okno et pe Amalia et Atomium. 1523 1522 2007-03-12T20:48:45Z Dako 4 /* CONlusions du test */ wikitext text/x-wiki = test du vendredi 2007-02-09 = ==Conclusions du test== -le problème était logiciel. -trois noeuds ont pus associer avec le wrapmikrotik un fois mise a la place de la soekris. -stephan rapporte que la perte dans le cable entre l antenne et l emetteur est de 4db. -... -suite a des tests voip ou le son saccadait cedric a règlé le meme valeur de hacktiming (athctrl -d n ). -statut: ca marche :) == '''la marche a suivre est un peu chamboulée: nous n' avons pas pu obtenir les clefs du brusilia ce jeudi.on essayera donc de tout faire demain (foireux a l' avance . mais qui sait).''' == == hardware list == *wrap+mikrotk+sr9+pigtail qui marche (testé au préalable par manu et david) *soekris de rechange *compactflash de rechange *un pigtail de rechange *un laptop *un flasheur de carte *un multiprise == idée de procédure == *mettre le wrap qui va bien le jeudi soir *tester toute la nuit de tout les noeuds qui ont 5Ghz (voir plus bas) *dormir un peu *dejeuner chez ivan vers les 9h-9h30 *reflexion conclusion *... *si les test de connections ont marché la nuit du jeudi on prepare des compact flash et on y retourne *si les test avec la mikrotik et le wrap n ont rien donné alors on refait un cable et on prend un pigtail avec. == personnes qui auraient du 5Ghz == *dako: grid 5 ghz a moins de 2km *stefan: omni 12 dbi, 5 ghz at manu 5.3 km in AP mode, can scan other ap's. http://www.on4sh.be/nodedb/?page=nodes&node=45 *cédric: patch 5 ghz à moins d'un km. (essai de voyage 0.3pre3) * + il y a du 5ghz à Okno et Amalia avec des patchs 19 db vers le brusilia mais il semblerait que les drivers madwifi inclus dans voyage 0.2 soient obsolètes et disfonctionnels *benjamin: laptop avec une carte atheros, pas d'antenne et de pigtail, vois Cheypas Okno et pe Amalia et Atomium. 1546 1523 2007-04-11T02:15:43Z EkiWip 23 wikitext text/x-wiki = test du vendredi 2007-02-09 = ==Conclusions du test== -le problème était logiciel. -trois noeuds ont pus associer avec le wrapmikrotik un fois mise a la place de la soekris. -stephan rapporte que la perte dans le cable entre l antenne et l emetteur est de 4db. -... -suite a des tests voip ou le son saccadait cedric a règlé le meme valeur de hacktiming (athctrl -d n ). -statut: ca marche :) == '''la marche a suivre est un peu chamboulée: nous n' avons pas pu obtenir les clefs du brusilia ce jeudi.on essayera donc de tout faire demain (foireux a l' avance . mais qui sait).''' == == hardware list == *wrap mikrotk sr9 pigtail qui marche (testé au préalable par manu et david) *soekris de rechange *compactflash de rechange *un pigtail de rechange *un laptop *un flasheur de carte *un multiprise == idée de procédure == *mettre le wrap qui va bien le jeudi soir *tester toute la nuit de tout les noeuds qui ont 5Ghz (voir plus bas) *dormir un peu *dejeuner chez ivan vers les 9h-9h30 *reflexion conclusion *... *si les test de connections ont marché la nuit du jeudi on prepare des compact flash et on y retourne *si les test avec la mikrotik et le wrap n ont rien donné alors on refait un cable et on prend un pigtail avec. == personnes qui auraient du 5Ghz == *dako: grid 5 ghz a moins de 2km *stefan: omni 12 dbi, 5 ghz at manu 5.3 km in AP mode, can scan other ap's. http://www.on4sh.be/nodedb/?page=nodes 0 1311 1517 1500 2007-02-09T10:24:15Z Dako 4 /* Journaux d'intervention en Ligne */ wikitext text/x-wiki = Journaux d'intervention en Ligne = Journaux d'interventions de noeuds [http://reseaucitoyen.be ReseauCitoyen] disponibles sur ce wiki: * [[Gestion Josaphat]] * [[Gestion Panik]] * [[Gestion Divers]] (interventions sur des noeuds en test) * [[Gestion Okno]] * [[Gestion P&V]] * [[Gestion PointDom]] * [[Gestion Amalia]] [[Category:Opération Panik]] [[Category:Gestion RéseauCitoyen]] 1527 1517 2007-03-12T20:58:59Z Dako 4 wikitext text/x-wiki = Journaux d'intervention en Ligne = Journaux d'interventions de noeuds [http://reseaucitoyen.be ReseauCitoyen] disponibles sur ce wiki: * [[Gestion Josaphat]] * [[Gestion Panik]] * [[Gestion Divers]] (interventions sur des noeuds en test) * [[Gestion Okno]] * [[Gestion P&V]] * [[Gestion PointDom]] * [[Gestion Amalia]] * [[Gestion Matinal]] [[Category:Opération Panik]] [[Category:Gestion RéseauCitoyen]] 0 1336 1518 2007-02-09T10:30:47Z Dako 4 wikitext text/x-wiki = date 2006-02-09 - Configuration actuelle = 1519 1518 2007-02-09T10:41:36Z Dako 4 wikitext text/x-wiki = date 2006-02-09 - Configuration actuelle = *wrt+omni2.4ghz *soekris+patch5ghz amalia5g:~# ifconfig eth0 Link encap:Ethernet HWaddr 00:05:D5:80:00:49 inet addr:192.168.123.89 Bcast:192.168.123.255 Mask:255.255.255.0 1520 1519 2007-02-09T10:41:52Z Dako 4 wikitext text/x-wiki = date 2006-02-09 - Configuration actuelle = *wrt+omni2.4ghz *soekris+patch5ghz amalia5g:~# ifconfig eth0 Link encap:Ethernet HWaddr 00:05:D5:80:00:49 inet addr:192.168.123.89 Bcast:192.168.123.255 Mask:255.255.255.0 1521 1520 2007-02-09T10:50:07Z Dako 4 wikitext text/x-wiki = date 2006-02-09 - Configuration actuelle = ===wrt+omni2.4ghz=== * distribution Linux Amalia 2.4.30 #1 So M� 5 15:51:52 CET 2006 mips unknown * ip eth1 Link encap:Ethernet HWaddr 00:14:BF:C4:EF:12 inet addr:10.196.239.18 Bcast:10.255.255.255 Mask:255.0.0.0 vlan0 Link encap:Ethernet HWaddr 00:14:BF:C4:EF:10 inet addr:192.168.123.88 Bcast:192.168.123.255 Mask:255.255.255.0 vlan1 Link encap:Ethernet HWaddr 00:14:BF:C4:EF:10 UP BROADCAST RUNNING MULTICAST MTU:1500 Metric:1 ===soekris+patch5ghz=== * distribution Linux amalia5g 2.6.17-486-voyage #1 PREEMPT Fri Jan 26 10:52:48 GMT 2007 i486 GNU/Linux * ip amalia5g:~# ifconfig eth0 Link encap:Ethernet HWaddr 00:05:D5:80:00:49 inet addr:192.168.123.89 Bcast:192.168.123.255 Mask:255.255.255.0 1542 1521 2007-03-29T15:38:26Z Dako 4 wikitext text/x-wiki = date 2006-02-09 - Configuration actuelle = ===wrt+omni2.4ghz=== * distribution Linux Amalia 2.4.30 #1 So M� 5 15:51:52 CET 2006 mips unknown * ip eth1 Link encap:Ethernet HWaddr 00:14:BF:C4:EF:12 inet addr:10.196.239.18 Bcast:10.255.255.255 Mask:255.0.0.0 vlan0 Link encap:Ethernet HWaddr 00:14:BF:C4:EF:10 inet addr:192.168.123.88 Bcast:192.168.123.255 Mask:255.255.255.0 vlan1 Link encap:Ethernet HWaddr 00:14:BF:C4:EF:10 UP BROADCAST RUNNING MULTICAST MTU:1500 Metric:1 ===soekris+patch5ghz=== * distribution update: mnt c est une openwrt kamikaze :) et ca marche par contre il semblerait qu il y ai un faut contact ou que l ufl est mal connecté a tester. old: Linux amalia5g 2.6.17-486-voyage #1 PREEMPT Fri Jan 26 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Linux Amalia 2.4.30 #1 So M� 5 15:51:52 CET 2006 mips unknown * ip eth1 Link encap:Ethernet HWaddr 00:14:BF:C4:EF:12 inet addr:10.196.239.18 Bcast:10.255.255.255 Mask:255.0.0.0 vlan0 Link encap:Ethernet HWaddr 00:14:BF:C4:EF:10 inet addr:192.168.123.88 Bcast:192.168.123.255 Mask:255.255.255.0 vlan1 Link encap:Ethernet HWaddr 00:14:BF:C4:EF:10 UP BROADCAST RUNNING MULTICAST MTU:1500 Metric:1 ===soekris patch5ghz=== * distribution update: mnt c est une openwrt kamikaze :) et ca marche par contre il semblerait qu il y ai un faut contact ou que l ufl est mal connecté a tester. old: Linux amalia5g 2.6.17-486-voyage #1 PREEMPT Fri Jan 26 10:52:48 GMT 2007 i486 GNU/Linux * ip amalia5g:~# ifconfig eth0 Link encap:Ethernet HWaddr 00:05:D5:80:00:49 inet addr:192.168.123.89 Bcast:192.168.123.255 Mask:255.255.255.0 ath0 et pour l instant 5.5.5.3 en attendant une attribution des ranges plus structurée. 0 1337 1526 2007-03-12T20:56:01Z Dako 4 wikitext text/x-wiki ce w-e des tests on été réalisé au finish. et c est assez comfortable ( comme par cable ) le test s est effectué avec: -nodeA: * boitier sip * telephone normal * wrap+ 5Ghz -nodeB: * boitier sip * telephone normal * soekris1+ 5Ghz * soekris2+ asterisq plus details sur la config serveur plus tard j' etais au nodeA :) 1529 1526 2007-03-12T21:09:41Z Dako 4 wikitext text/x-wiki ce w-e des tests on été réalisé au finish. et c est assez comfortable ( comme par cable ) le test s est effectué avec: -nodeA: * boitier sip * telephone normal * wrap+ 5Ghz -nodeB: * boitier sip * telephone normal * soekris1+ 5Ghz * soekris2+ asterisq plus details sur la config serveur plus tard j' etais au nodeA :) http://petv.homelinux.org/rc/img/bureaautestSIP.jpg 1530 1529 2007-03-14T15:41:15Z Dako 4 wikitext text/x-wiki ce w-e des tests on été réalisé au finish. et c est assez comfortable ( comme par cable ) le test s est effectué avec: -nodeA: * boitier sip * telephone normal * wrap+ 5Ghz -nodeB: * boitier sip * telephone normal * soekris1+ 5Ghz * soekris2+ asterisq plus details sur la config serveur plus tard j' etais au nodeA :) [[http://petv.homelinux.org/rc/img/bureaautestSIP.jpg|300px|le nodeB]] 1531 1530 2007-03-14T15:46:52Z Dako 4 wikitext text/x-wiki ce w-e des tests on été réalisé au finish. et c est assez comfortable ( comme par cable ) le test s est effectué avec: -nodeA: * boitier sip * telephone normal * wrap+ 5Ghz -nodeB: * boitier sip * telephone normal * soekris1+ 5Ghz * soekris2+ asterisq plus details sur la config serveur plus tard j' etais au nodeA :) [[http://petv.homelinux.org/rc/img/bureaautestSIP.jpg|300px|le nodeB]] [[Image:bureaautestSIP.jpg|300px|le nodeB]] 1532 1531 2007-03-14T15:47:31Z Dako 4 wikitext text/x-wiki ce w-e des tests on été réalisé au finish. et c est assez comfortable ( comme par cable ) le test s est effectué avec: -nodeA: * boitier sip * telephone normal * wrap+ 5Ghz -nodeB: * boitier sip * telephone normal * soekris1+ 5Ghz * soekris2+ asterisq plus details sur la config serveur plus tard j' etais au nodeA :) http://petv.homelinux.org/rc/img/bureaautestSIP.jpg|300px|le nodeB [[Image:bureaautestSIP.jpg|300px|le nodeB]] 1534 1532 2007-03-14T16:06:15Z Dako 4 wikitext text/x-wiki ce w-e des tests on été réalisé au finish. et c est assez comfortable ( comme par cable ) le test s est effectué avec: -nodeA: * boitier sip * telephone normal * wrap+ 5Ghz -nodeB: * boitier sip * telephone normal * soekris1+ 5Ghz * soekris2+ asterisq plus details sur la config serveur plus tard j' etais au nodeA :) une petite image du nodeB [[Image:bureaautestSIP.jpg|300px|le nodeB]] 0 1338 1528 2007-03-12T21:02:09Z Dako 4 wikitext text/x-wiki -dako pense au pauvre noeud matinal en ce début d année 2007.... -la machine est aujourd hui entre mes main. ==projet== installer kamikaze :) 6 1339 1533 2007-03-14T16:04:41Z Dako 4 wikitext text/x-wiki 0 1340 1536 2007-03-28T17:28:49Z Dako 4 wikitext text/x-wiki ==mac2ip== #! /bin/sh # # $Id: mac2ip,v 1.1 2004/03/21 21:49:39 pvanhaes Exp $ # # Mac2IP # Generates an IP address based on the interface mac address # 10.mac.mac.mac # INTERFACE=${1:-"eth0"} MAC=`/sbin/ifconfig $INTERFACE | /bin/sed -n 's/.*HWaddr\(.*\)/\1/p'` B4=`echo $MAC | /usr/bin/cut -f6 -d ':'` B3=`echo $MAC | /usr/bin/cut -f5 -d ':'` B2=`echo $MAC | /usr/bin/cut -f4 -d ':'` /usr/bin/printf "10.%d.%d.%d\n" 0x$B2 0x$B3 0x$B4 ==mac2ip-ng== il faut maintenant rajouter des option en fonctiond range sachant que le deux premier nombre de l ip final sont statiques les règles sont. Name, Network block, Sub-network size, Use. ReseauCitoyen 10.91.0.0/16 /27 Peerings (Routing) ReseauCitoyen 10.93.0.0/16 /27 Omnis (Usage) ReseauCitoyen 10.94.0.0/16 /27 Omnis (Usage) ReseauCitoyen 10.95.0.0/16 /27 Omnis (Usage) Detached 10.97.0.0/16 /? http://www.detached.be joris@linux.be WirelessAntwerpen 10.98.0.0/16 /24 http://www.wirelessantwerpen.be info@wirelessantwerpen.be WirelessCity 10.99.0.0/16 /? http://www.wireless-city.be info@wireless-city.be - l aspect final devrait donner mac2ip -i interface -t type (type= rcomnié' wa rc5g rclan detached freifunk....) 1537 1536 2007-03-28T17:38:33Z Dako 4 wikitext text/x-wiki ==mac2ip== #! /bin/sh # # $Id: mac2ip,v 1.1 2004/03/21 21:49:39 pvanhaes Exp $ # # Mac2IP # Generates an IP address based on the interface mac address # 10.mac.mac.mac # INTERFACE=${1:-"eth0"} MAC=`/sbin/ifconfig $INTERFACE | /bin/sed -n 's/.*HWaddr\(.*\)/\1/p'` B4=`echo $MAC | /usr/bin/cut -f6 -d ':'` B3=`echo $MAC | /usr/bin/cut -f5 -d ':'` B2=`echo $MAC | /usr/bin/cut -f4 -d ':'` /usr/bin/printf "10.%d.%d.%d\n" 0x$B2 0x$B3 0x$B4 ==mac2ip-ng== il faut maintenant rajouter des option en fonctiond range sachant que le deux premier nombre de l ip final sont statiques les règles sont. Name, Network block, Sub-network size, Use. ReseauCitoyen 10.91.0.0/16 /27 Peerings (Routing) ReseauCitoyen 10.93.0.0/16 /27 Omnis (Usage) ReseauCitoyen 10.94.0.0/16 /27 Omnis (Usage) ReseauCitoyen 10.95.0.0/16 /27 Omnis (Usage) Detached 10.97.0.0/16 /? http://www.detached.be joris@linux.be WirelessAntwerpen 10.98.0.0/16 /24 http://www.wirelessantwerpen.be info@wirelessantwerpen.be WirelessCity 10.99.0.0/16 /? http://www.wireless-city.be info@wireless-city.be - l aspect final devrait donner mac2ip -i interface -t type (type= rcomnié' wa rc5g rclan detached freifunk....) #! /bin/sh # # $Id: mac2iprc-ng,v 0.1 2007/03/28 21:49:39 dako Exp $ # # Mac2IP # Generates an IP address based on the interface mac address # 10.n.mac.mac #n=type of range determined by type of interfaces INTERFACE=${1:-"eth0"} TYPE=${1:-"rcomni"} MAC=`/sbin/ifconfig $INTERFACE | /bin/sed -n 's/.*HWaddr\(.*\)/\1/p'` B4=`echo $MAC | /usr/bin/cut -f6 -d ':'` B3=`echo $MAC | /usr/bin/cut -f5 -d ':'` B2=`echo $type` /usr/bin/printf "10.%d.%d.%d\n" 0x$B2 0x$B3 0x$B4 1538 1537 2007-03-28T18:00:32Z Dako 4 wikitext text/x-wiki ==mac2ip== #! /bin/sh # # $Id: mac2ip,v 1.1 2004/03/21 21:49:39 pvanhaes Exp $ # # Mac2IP # Generates an IP address based on the interface mac address # 10.mac.mac.mac # INTERFACE=${1:-"eth0"} MAC=`/sbin/ifconfig $INTERFACE | /bin/sed -n 's/.*HWaddr\(.*\)/\1/p'` B4=`echo $MAC | /usr/bin/cut -f6 -d ':'` B3=`echo $MAC | /usr/bin/cut -f5 -d ':'` B2=`echo $MAC | /usr/bin/cut -f4 -d ':'` /usr/bin/printf "10.%d.%d.%d\n" 0x$B2 0x$B3 0x$B4 ==mac2ip-ng== il faut maintenant rajouter des option en fonctiond range sachant que le deux premier nombre de l ip final sont statiques les règles sont. Name, Network block, Sub-network size, Use. ReseauCitoyen 10.91.0.0/16 /27 Peerings (Routing) ReseauCitoyen 10.93.0.0/16 /27 Omnis (Usage) ReseauCitoyen 10.94.0.0/16 /27 Omnis (Usage) ReseauCitoyen 10.95.0.0/16 /27 Omnis (Usage) Detached 10.97.0.0/16 /? http://www.detached.be joris@linux.be WirelessAntwerpen 10.98.0.0/16 /24 http://www.wirelessantwerpen.be info@wirelessantwerpen.be WirelessCity 10.99.0.0/16 /? http://www.wireless-city.be info@wireless-city.be - l aspect final devrait donner mac2ip -i interface -t type (type= rcomnié' wa rc5g rclan detached freifunk....) #! /bin/sh # # $Id: mac2iprc-ng,v 0.1 2007/03/28 21:49:39 dako Exp $ # # Mac2IP # Generates an IP address based on the interface mac address # 10.n.mac.mac #n=type of range determined by type of interfaces usage() { cat <<-EOF Usage: $0 [options] Options: -t|--typeofinfra <typeofinfra> set good range EOF } INTERFACE=${1:-"eth0"} TYPE=${1:-"rcomni"} MAC=`/sbin/ifconfig $INTERFACE | /bin/sed -n 's/.*HWaddr\(.*\)/\1/p'` B4=`echo $MAC | /usr/bin/cut -f6 -d ':'` B3=`echo $MAC | /usr/bin/cut -f5 -d ':'` B2=`echo $type` /usr/bin/printf "10.%d.%d.%d\n" 0x$B2 0x$B3 0x$B4 1539 1538 2007-03-28T18:04:22Z Dako 4 wikitext text/x-wiki ==mac2ip== #! /bin/sh # # $Id: mac2ip,v 1.1 2004/03/21 21:49:39 pvanhaes Exp $ # # Mac2IP # Generates an IP address based on the interface mac address # 10.mac.mac.mac # INTERFACE=${1:-"eth0"} MAC=`/sbin/ifconfig $INTERFACE | /bin/sed -n 's/.*HWaddr\(.*\)/\1/p'` B4=`echo $MAC | /usr/bin/cut -f6 -d ':'` B3=`echo $MAC | /usr/bin/cut -f5 -d ':'` B2=`echo $MAC | /usr/bin/cut -f4 -d ':'` /usr/bin/printf "10.%d.%d.%d\n" 0x$B2 0x$B3 0x$B4 ==mac2ip-ng== il faut maintenant rajouter des option en fonctiond range sachant que le deux premier nombre de l ip final sont statiques les règles sont. Name, Network block, Sub-network size, Use. ReseauCitoyen 10.91.0.0/16 /27 Peerings (Routing) ReseauCitoyen 10.93.0.0/16 /27 Omnis (Usage) ReseauCitoyen 10.94.0.0/16 /27 Omnis (Usage) ReseauCitoyen 10.95.0.0/16 /27 Omnis (Usage) Detached 10.97.0.0/16 /? http://www.detached.be joris@linux.be WirelessAntwerpen 10.98.0.0/16 /24 http://www.wirelessantwerpen.be info@wirelessantwerpen.be WirelessCity 10.99.0.0/16 /? http://www.wireless-city.be info@wireless-city.be - l aspect final devrait donner mac2ip -i interface -t type (type= rcomnié' wa rc5g rclan detached freifunk....) #! /bin/sh # # $Id: mac2iprc-ng,v 0.1 2007/03/28 21:49:39 dako Exp $ # # Mac2IP # Generates an IP address based on the interface mac address # 10.n.mac.mac #n=type of range determined by type of interfaces usage() { cat <<-EOF Usage: $0 [options] Options: -t|--typeofinfra <typeofinfra> set good range EOF } # Parse options read_opt() { while [ $# -gt 0 ] do case "$1" in -t|--type) usage exit 0 ;; esac shift done } INTERFACE=${1:-"eth0"} TYPE=${1:-"rcomni"} MAC=`/sbin/ifconfig $INTERFACE | /bin/sed -n 's/.*HWaddr\(.*\)/\1/p'` B4=`echo $MAC | /usr/bin/cut -f6 -d ':'` B3=`echo $MAC | /usr/bin/cut -f5 -d ':'` B2=`echo $type` /usr/bin/printf "10.%d.%d.%d\n" 0x$B2 0x$B3 0x$B4 1540 1539 2007-03-28T19:39:36Z Dako 4 wikitext text/x-wiki ==mac2ip== #! /bin/sh # # $Id: mac2ip,v 1.1 2004/03/21 21:49:39 pvanhaes Exp $ # # Mac2IP # Generates an IP address based on the interface mac address # 10.mac.mac.mac # INTERFACE=${1:-"eth0"} MAC=`/sbin/ifconfig $INTERFACE | /bin/sed -n 's/.*HWaddr\(.*\)/\1/p'` B4=`echo $MAC | /usr/bin/cut -f6 -d ':'` B3=`echo $MAC | /usr/bin/cut -f5 -d ':'` B2=`echo $MAC | /usr/bin/cut -f4 -d ':'` /usr/bin/printf "10.%d.%d.%d\n" 0x$B2 0x$B3 0x$B4 ==mac2ip-ng== il faut maintenant rajouter des option en fonctiond range sachant que le deux premier nombre de l ip final sont statiques les règles sont. Name, Network block, Sub-network size, Use. ReseauCitoyen 10.91.0.0/16 /27 Peerings (Routing) ReseauCitoyen 10.93.0.0/16 /27 Omnis (Usage) ReseauCitoyen 10.94.0.0/16 /27 Omnis (Usage) ReseauCitoyen 10.95.0.0/16 /27 Omnis (Usage) Detached 10.97.0.0/16 /? http://www.detached.be joris@linux.be WirelessAntwerpen 10.98.0.0/16 /24 http://www.wirelessantwerpen.be info@wirelessantwerpen.be WirelessCity 10.99.0.0/16 /? http://www.wireless-city.be info@wireless-city.be ==mac2ip not /8 == #! /bin/sh # # $Id: mac2ip,v 1.1 2004/03/21 21:49:39 pvanhaes Exp $ # toute petite modification de dako # (Mac2IP)mac2ipinfrach.ch149 # les regles d atribution des range sont a jour et en evolution constante # Generates an IP address based on the interface mac address # 10.n.mac.mac # INTERFACE=${1:-"eth0"} MAC=`/sbin/ifconfig $INTERFACE | /bin/sed -n 's/.*HWaddr\(.*\)/\1/p'` B4=`echo $MAC | /usr/bin/cut -f6 -d ':'` B3=`echo $MAC | /usr/bin/cut -f5 -d ':'` /usr/bin/printf "10.94.%d.%d\n" 0x$B3 0x$B4 ==dev== - l aspect final devrait donner mac2ip -i interface -t type (type= rcomnié' wa rc5g rclan detached freifunk....) #! /bin/sh # # $Id: mac2iprc-ng,v 0.1 2007/03/28 21:49:39 dako Exp $ # # Mac2IP # Generates an IP address based on the interface mac address # 10.n.mac.mac #n=type of range determined by type of interfaces usage() { cat <<-EOF Usage: $0 [options] Options: -t|--typeofinfra <typeofinfra> set good range EOF } # Parse options read_opt() { while [ $# -gt 0 ] do case "$1" in -t|--type) usage exit 0 ;; esac shift done } INTERFACE=${1:-"eth0"} TYPE=${1:-"rcomni"} MAC=`/sbin/ifconfig $INTERFACE | /bin/sed -n 's/.*HWaddr\(.*\)/\1/p'` B4=`echo $MAC | /usr/bin/cut -f6 -d ':'` B3=`echo $MAC | /usr/bin/cut -f5 -d ':'` B2=`echo $type` /usr/bin/printf "10.%d.%d.%d\n" 0x$B2 0x$B3 0x$B4 1541 1540 2007-03-28T19:40:17Z Dako 4 wikitext text/x-wiki ==mac2ip== #! /bin/sh # # $Id: mac2ip,v 1.1 2004/03/21 21:49:39 pvanhaes Exp $ # # Mac2IP # Generates an IP address based on the interface mac address # 10.mac.mac.mac # INTERFACE=${1:-"eth0"} MAC=`/sbin/ifconfig $INTERFACE | /bin/sed -n 's/.*HWaddr\(.*\)/\1/p'` B4=`echo $MAC | /usr/bin/cut -f6 -d ':'` B3=`echo $MAC | /usr/bin/cut -f5 -d ':'` B2=`echo $MAC | /usr/bin/cut -f4 -d ':'` /usr/bin/printf "10.%d.%d.%d\n" 0x$B2 0x$B3 0x$B4 ==mac2ip-ng== il faut maintenant rajouter des option en fonctiond range sachant que le deux premier nombre de l ip final sont statiques les règles sont. Name, Network block, Sub-network size, Use. ReseauCitoyen 10.91.0.0/16 /27 Peerings (Routing) ReseauCitoyen 10.93.0.0/16 /27 Omnis (Usage) ReseauCitoyen 10.94.0.0/16 /27 Omnis (Usage) ReseauCitoyen 10.95.0.0/16 /27 Omnis (Usage) Detached 10.97.0.0/16 /? http://www.detached.be joris@linux.be WirelessAntwerpen 10.98.0.0/16 /24 http://www.wirelessantwerpen.be info@wirelessantwerpen.be WirelessCity 10.99.0.0/16 /? http://www.wireless-city.be info@wireless-city.be ==mac2ip not /8 == #! /bin/sh # # $Id: mac2ip,v 1.1 2004/03/21 21:49:39 pvanhaes Exp $ # toute petite modification de dako # (Mac2IP)mac2ipinfrach.ch149 # les regles d atribution des range sont a jour et en evolution constante # Generates an IP address based on the interface mac address # 10.n.mac.mac # INTERFACE=${1:-"eth0"} MAC=`/sbin/ifconfig $INTERFACE | /bin/sed -n 's/.*HWaddr\(.*\)/\1/p'` B4=`echo $MAC | /usr/bin/cut -f6 -d ':'` B3=`echo $MAC | /usr/bin/cut -f5 -d ':'` /usr/bin/printf "10.94.%d.%d\n" 0x$B3 0x$B4 ==dev== - l aspect final devrait donner mac2ip -i interface -t type (type= rcomnié' wa rc5g rclan detached freifunk....) #! /bin/sh # # $Id: mac2iprc-ng,v 0.1 2007/03/28 21:49:39 dako Exp $ # # Mac2IP # Generates an IP address based on the interface mac address # 10.n.mac.mac #n=type of range determined by type of interfaces usage() { cat <<-EOF Usage: $0 [options] Options: -t|--typeofinfra <typeofinfra> set good range EOF } # Parse options read_opt() { while [ $# -gt 0 ] do case "$1" in -t|--type) usage exit 0 ;; esac shift done } INTERFACE=${1:-"eth0"} TYPE=${1:-"rcomni"} MAC=`/sbin/ifconfig $INTERFACE | /bin/sed -n 's/.*HWaddr\(.*\)/\1/p'` B4=`echo $MAC | /usr/bin/cut -f6 -d ':'` B3=`echo $MAC | /usr/bin/cut -f5 -d ':'` B2=`echo $type` /usr/bin/printf "10.%d.%d.%d\n" 0x$B2 0x$B3 0x$B4 1543 1541 2007-03-29T18:52:22Z Dako 4 wikitext text/x-wiki ==mac2ip== #! /bin/sh # # $Id: mac2ip,v 1.1 2004/03/21 21:49:39 pvanhaes Exp $ # # Mac2IP # Generates an IP address based on the interface mac address # 10.mac.mac.mac # INTERFACE=${1:-"eth0"} MAC=`/sbin/ifconfig $INTERFACE | /bin/sed -n 's/.*HWaddr\(.*\)/\1/p'` B4=`echo $MAC | /usr/bin/cut -f6 -d ':'` B3=`echo $MAC | /usr/bin/cut -f5 -d ':'` B2=`echo $MAC | /usr/bin/cut -f4 -d ':'` /usr/bin/printf "10.%d.%d.%d\n" 0x$B2 0x$B3 0x$B4 ==mac2ip-ng== il faut maintenant rajouter des option en fonctiond range sachant que le deux premier nombre de l ip final sont statiques les règles sont. Name, Network block, Sub-network size, Use. ReseauCitoyen 10.91.0.0/16 /27 Peerings (Routing) ReseauCitoyen 10.93.0.0/16 /27 Omnis (Usage) ReseauCitoyen 10.94.0.0/16 /27 Omnis (Usage) ReseauCitoyen 10.95.0.0/16 /27 Omnis (Usage) Detached 10.97.0.0/16 /? http://www.detached.be joris@linux.be WirelessAntwerpen 10.98.0.0/16 /24 http://www.wirelessantwerpen.be info@wirelessantwerpen.be WirelessCity 10.99.0.0/16 /? http://www.wireless-city.be info@wireless-city.be ==mac2ip not /8 == #! /bin/sh # # $Id: mac2ip,v 1.1 2004/03/21 21:49:39 pvanhaes Exp $ # toute petite modification de dako # (Mac2IP)mac2ipinfrach.ch149 # les regles d atribution des range sont a jour et en evolution constante # Generates an IP address based on the interface mac address # 10.n.mac.mac # INTERFACE=${1:-"eth0"} MAC=`/sbin/ifconfig $INTERFACE | /bin/sed -n 's/.*HWaddr\(.*\)/\1/p'` B4=`echo $MAC | /usr/bin/cut -f6 -d ':'` B3=`echo $MAC | /usr/bin/cut -f5 -d ':'` /usr/bin/printf "10.94.%d.%d\n" 0x$B3 0x$B4 ==web mac2ip= by gaets <html> <body> <table><tr><td> <form action="" method="post"> <table><tr><td> yo mec donne ta mac :</td> <td><input type="text" name="mac" value="<?=$_POST['mac']?>"/></td> <td><input type="submit" value="go!"/></td></tr> </table> </form> </td></tr> <tr><td> <? if(isset($_POST['mac'])) { $mac=explode(':',$_POST['mac']);?> <?printf("voici ton ip: 10.%d.%d.%d ",hexdec($mac[3]),hexdec($mac[4]),hex (19:47:40) gaetan: dec($mac[5]));?> </td></tr><tr><td> <?printf("voici ton ip: 10.%d.%d.%d ",hexdec($mac[3]),hexdec($mac[4]),hexdec($mac[5]));?> </td></tr><tr><td> <?printf("Peering, voici ton ip: 10.91.%d.%d ",hexdec($mac[4]),hexdec($mac[5]));?> </td></tr><tr><td> <?printf("Omnis1, ton ip: 10.93.%d.%d ",hexdec($mac[4]),hexdec($mac[5]));?> </td></tr><tr><td> <?printf("Omnis2, ton ip: 10.94.%d.%d ",hexdec($ma (19:47:40) gaetan: c[4]),hexdec($mac[5]));?> </td></tr><tr><td> <?printf("Omnis3, ton ip: 10.95.%d.%d ",hexdec($mac[4]),hexdec($mac[5]));?> </td></tr><tr><td> <? } ?> </td></tr> </table> </body> </html> ==dev== - l aspect final devrait donner mac2ip -i interface -t type (type= rcomnié' wa rc5g rclan detached freifunk....) #! /bin/sh # # $Id: mac2iprc-ng,v 0.1 2007/03/28 21:49:39 dako Exp $ # # Mac2IP # Generates an IP address based on the interface mac address # 10.n.mac.mac #n=type of range determined by type of interfaces usage() { cat <<-EOF Usage: $0 [options] Options: -t|--typeofinfra <typeofinfra> set good range EOF } # Parse options read_opt() { while [ $# -gt 0 ] do case "$1" in -t|--type) usage exit 0 ;; esac shift done } INTERFACE=${1:-"eth0"} TYPE=${1:-"rcomni"} MAC=`/sbin/ifconfig $INTERFACE | /bin/sed -n 's/.*HWaddr\(.*\)/\1/p'` B4=`echo $MAC | /usr/bin/cut -f6 -d ':'` B3=`echo $MAC | /usr/bin/cut -f5 -d ':'` B2=`echo $type` /usr/bin/printf "10.%d.%d.%d\n" 0x$B2 0x$B3 0x$B4 1544 1543 2007-03-29T18:53:49Z Dako 4 wikitext text/x-wiki ==mac2ip== #! /bin/sh # # $Id: mac2ip,v 1.1 2004/03/21 21:49:39 pvanhaes Exp $ # # Mac2IP # Generates an IP address based on the interface mac address # 10.mac.mac.mac # INTERFACE=${1:-"eth0"} MAC=`/sbin/ifconfig $INTERFACE | /bin/sed -n 's/.*HWaddr\(.*\)/\1/p'` B4=`echo $MAC | /usr/bin/cut -f6 -d ':'` B3=`echo $MAC | /usr/bin/cut -f5 -d ':'` B2=`echo $MAC | /usr/bin/cut -f4 -d ':'` /usr/bin/printf "10.%d.%d.%d\n" 0x$B2 0x$B3 0x$B4 ==mac2ip-ng== il faut maintenant rajouter des option en fonctiond range sachant que le deux premier nombre de l ip final sont statiques les règles sont. Name, Network block, Sub-network size, Use. 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<form action="" method="post"> <table><tr><td> yo mec donne ta mac :</td> <td><input type="text" name="mac" value="<?=$_POST['mac']?>"/></td> <td><input type="submit" value="go!"/></td></tr> </table> </form> </td></tr> <tr><td> <? if(isset($_POST['mac'])) { $mac=explode(':',$_POST['mac']);?> <?printf("voici ton ip: 10.%d.%d.%d ",hexdec($mac[3]),hexdec($mac[4]),hex (19:47:40) gaetan: dec($mac[5]));?> </td></tr><tr><td> <?printf("voici ton ip: 10.%d.%d.%d ",hexdec($mac[3]),hexdec($mac[4]),hexdec($mac[5]));?> </td></tr><tr><td> <?printf("Peering, voici ton ip: 10.91.%d.%d ",hexdec($mac[4]),hexdec($mac[5]));?> </td></tr><tr><td> <?printf("Omnis1, ton ip: 10.93.%d.%d ",hexdec($mac[4]),hexdec($mac[5]));?> </td></tr><tr><td> <?printf("Omnis2, ton ip: 10.94.%d.%d ",hexdec($ma (19:47:40) gaetan: c[4]),hexdec($mac[5]));?> </td></tr><tr><td> <?printf("Omnis3, ton ip: 10.95.%d.%d ",hexdec($mac[4]),hexdec($mac[5]));?> </td></tr><tr><td> <? } ?> </td></tr> </table> </body> </html> ==dev== - l aspect 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juste un brain-dump après une configuration. <br />Le but n'est pas de réaliser une distribution complète, mais de configurer rapidement un cube pour RC. = Installation de base = Le cube est installé avec [http://meshcube.org/meshwiki/NyLon NyLon] Pour reflasher le cube, on utilise la procédure [http://meshcube.org/meshwiki/InstallImage InstallImage] /!\ Le reflachage implique la perte totale de la configuration du cube == Script d'ugrade == Si le cube tourne encore l'ancienne distribution, il faut tout d'abord récupérer le script ''install-image'': wget http://meshcube.org/nylon/utils/install-image /!\ La distribution originale contient elle aussi un script ''install-image'' qui ne fait pas la même chose. == re-flashage == On installe Nylon 0.8 pre2 install-image -s http://bulles.bxl.rc/mtx/images ou install-image -s http://reseaucitoyen.be/diskless/mtx/images Si vous utilisez un serveur local, vous devez copier ''filesystem.img.gz'' et ''kernel.img.gz'' Le flashage prend ensuite une dizaine de minutes, surtout '''ne pas éteindre le cube'''! On peut ensuite accéder le cube, il prend une adresse DHCP sur le port ethernet, et est de toutes façons accessible sur 192.168.0.250 en ssh, sans mot de passe root. = Configuration = Le cube est configuré par défaut en mode AP sur la première interface wireless et en mode Mesh sur la seconde. Voici quelques opérations a effectuer pour le convertir en noeud RC de base == Mot de passe == Mettez un mot de passe pour root! == HostName == vi /etc/hostname == Firewall == Shorewall est configuré pour l'environnement [http://meshcube.org Meschube]. <br />Pour ne pas se prendre la tête, on le désinstallera... ipkg remove shorewall Alternativement, reconfigurez shorewall, mais la config de base ne fonctionnera pas en mode !ReseauCitoyen! == Reseau == On va ré-assigner la première (et seule) interface wireless au réseau RC: /etc/network/interface: # /etc/network/interfaces -- configuration file for ifup(8), ifdown(8) # The loopback interface auto lo iface lo inet loopback # Ethernet auto eth0 iface eth0 inet dhcp # wlan interface for mesh auto wlan0 iface wlan0 inet static address 10.10.223.73 netmask 255.0.0.0 broadcast 10.255.255.255 wireless_mode ad-hoc wireless_essid bombolong wireless_channel 1 Adaptez éventuellment ''eth0'' == Configuration du Mesh == Il faut changer la configuration initiale du mesh (répertoire /etc/nylon) === hostap.conf === Parametres par défaut, si ce n'est MESH_BASIC_RATES="1" Limite le ''rate'' à 2Mb/s === interfaces.conf === # # high level interfaces definition for scripts # # # which physical interfaces do we have # default: "eth0 wlan0 wlan1" # INTERFACES="eth0 wlan0" # # interface serving the clients # default wlan0 # WLANIF_CLIENT="xxx" # # interface for the mesh # default: wlan1 # WLANIF_MESH="wlan0" === route.list === Enlever les routes par défaut == IPKG == Ajouter le feed dans /etc/ipkg.cong src bulles http://bulles.bxl.rc/mtx/ipk Retirer le lien vers le feed original dans ''/etc/ipkg/nylon-feed.conf'' == OLSR == Installer olsrd-libs ipkg update ipkg install olsrd-libs La configuration installée basée sur le NLQ et ne devrait pas être changée. = C'est tout! = Rebootez le cube, tout est en ordre... 4 1278 1553 1450 2007-06-10T20:29:50Z Nu8Qmc 43 wikitext text/x-wiki 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[http://brown.cla.sc.edu/projects/pas/bforum/index.php?method=showhtmllist&list=message&rollid=2,11 ambien online] = OpenWrt pour RéseauCitoyen = Ce petit How-To décrit l'installation de [[Wrt Citoyen]] sur un WRT de LinkSys == Préparation == Deux cas se présentent: vous avez encore un WRT avec son firmware d'origine ou vous avez déjà configuré votre WRT sous OpenWrt. === Installer OpenWrt === L'installation d'OpenWrt sort du cadre de ce How-To et est très bien décrite dans le [http://openwrt.org/userguide.html guide de l'utilisateur]. Les firmwares compilés (et testés!) sont disponibles sur: * Internet: http://reseaucitoyen.be/diskless/openwrt/ * RéseauCitoyen: ** http://bulles.bxl.rc/openwrt/ ** http://10.51.110.172/openwrt/ Une fois flashé, vous pouvez vous connecter en ''telnet'' sur votre WRT. Quelques points à prendre en considération: * Dans une configuration ReseauCitoyen, vous n'avez sans doute pas besoin de ''dnsmasq'' -- désactivez le! * Vous allez devoir changer le configuration de IPKG, donc il faut le mettre en lecture/écriture * Procédez de la même façon si vous devez modifier ''/etc/resolv.conf'' @wrt-bulles:/# killall dnsmasq @wrt-bulles:/# rm /etc/init.d/S50dnsmasq @wrt-bulles:/# rm /etc/ipkg.conf @wrt-bulles:/# cp /rom/etc/ipkg.conf /etc/ipkg.conf === OpenWrt déjà intallé === Si vous avez une autre version de AODV déjà installée, désinstallez la! @wrt-bulles:/# ipkg remove aodv-uu Configurez ipkg pour utiliser le feed !ReseauCitoyen. Le feed est disponible sur: * Internet: http://reseaucitoyen.be/diskless/openwrt/feeds/stable/ * RéseauCitoyen: ** http://bulles.bxl.rc/openwrt/feeds/stable/ ** http://10.51.110.172/openwrt/feeds/stable/ Mon fichier ''/etc/ipkg.conf'' ressemble à ceci: src bulles http://reseaucitoyen.be/diskless/openwrt/feeds/stable src openwrt http://openwrt.org/ipkg dest root / dest ram /tmp Mettez à jour la liste des paquets: @wrt-bulles:/# ipkg update == Configuration Réseau == Installez le paquet ''rc-tools'' et exécutez ''rc-setup-net'' qui va s'assurer que votre WRT est prêt pour !ReseauCitoyen: @wrt-bulles:/# ipkg install rc-tools Downloading http://reseaucitoyen.be/diskless/openwrt/feeds/stable/rc-tools_0.1.1-1_mipsel.ipk ... Connecting to reseaucitoyen.be:80 rc-tools_0.1.1-1_mip 100% |*****************************| 2305 00:00 ETA Done. Unpacking rc-tools...Done. Configuring rc-tools...Done. @wrt-bulles:/# rc-setup-net Please confirm the hardware setting of your WRT: LAN (4 port Switch) on vlan0 WAN (Separate port) on vlan1 Wireless on eth1 This should be correct unless you played with admcfg... You can override this by setting the LAN_IF, WAN_IF, WIFI_IF environment variables. Do you want to continue? Y I will now configure your WRT for ReseauCitoyen: No bridging between any interface LAN (*): Static Address set to 192.168.1.68 WAN (*): Static Address set to 192.168.2.68 Wireless: Static address set to 10.160.249.87 essid bombolong channel 1 (*) No changes are actually done on the LAN/WAN interfaces Do you want to continue? Y Writing config to NVRAM... Commit changes to NVRAM... nvram_commit(): start nvram_commit(): end All done. Please re-boot your WRT to activate the changes Et rebootez! == Installation de ssh == S'il s'agit d'une nouvelle installation, c'est le momment d'installer 'ssh'! @wrt-bulles:/# ipkg install dropbear Downloading http://reseaucitoyen.be/diskless/openwrt/feeds/stable/dropbear_0.44test3_mipsel.ipk ... ... '''Vérifiez''' que vous pouvez vous connecter au WRT avec ''ssh'', et désactivez alors ''telnet'': root@wrt-bulles:~# killall telnetd root@wrt-bulles:~# rm /etc/init.d/S50telnet == Installation du protocole de routage == Le plus dur est fait! Il ne reste plus qu'a installer un paquet AODV ou OLSR: * '''aodv-uu''': la version originale * '''aodv-uu-ipt''': la version patchée qui utilise iptables et permet d'utiliser le WRT en temps que passerelle du réseau local non-aodv vers RéseauCitoyen * '''olsrd''': OLSR configuré pour RéseauCitoyen /!\ Il semble que l'ipkg de OpenWrt ne supporte pas la clause ''Conflicts'' des paquets...<br />'''Ne pas installer plusieurs de ces paquets en même temps!''' Exemple: root@wrt-bulles:~# ipkg install aodv-uu-ipt AODV est démarré automatiquement au boot.<br />Pour le démarrer/arreter manuellement: root@wrt-bulles:~# /etc/init.d/S47aodv-uu {start|stop} Le fichier de configuration ''/etc/aodv-uu.cfg'' permet de le désactiver ou le configurer. == Paquet Bonus == En bonus, un ficher ''host'' récent est disponible sur le ''feed'': ipkg install hosts-file [[Anchor(rapide)]] = Installation Rapide = La distribution a été mise a jour... En attendant une meilleure documentation voici les étapes pour une installation rapide d'un WRT neuf == Firmware == Flasher le firmware à partir de l'interface web == Paquets == Une fois flashé, vous pouvez vous connecter en ''telnet'' sur votre WRT. @wrt-bulles:/# rm /etc/ipkg.conf @wrt-bulles:/# cp /rom/etc/ipkg.conf /etc/ipkg.conf Mise a jour de /etc/ipkg.conf src bulles http://192.168.1.2/openwrt/feeds/stable dest root / dest ram /tmp Mettez à jour la liste des paquets: @wrt-bulles:/# ipkg update Installez tous les paquets @wrt-bulles:/# ipkg install dropbear rc-tools rc-www aodv-uu-ipt rc-watchdog hosts-file Configurez le wrt <br />Convention: exemple pour le wrt 5: @wrt-bulles:/# rc-setup -h Usage: /sbin/rc-setup [options] Options: -H|--hostname <hostname> set hostname -l|--lan <addr> set IP Address on the LAN (switch) (*) --[no]dhcp Enable/Disable DHCP server on the LAN -g|--gateway <gateway> set (internet) gateway (lan side) -w|--wan <addr> set IP Address on the WAN port (*) 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pigtail qui marche (testé au préalable par manu et david) *soekris de rechange *compactflash de rechange *un pigtail de rechange *un laptop *un flasheur de carte *un multiprise == idée de procédure == *mettre le wrap qui va bien le jeudi soir *tester toute la nuit de tout les noeuds qui ont 5Ghz (voir plus bas) *dormir un peu *dejeuner chez ivan vers les 9h-9h30 *reflexion conclusion *... *si les test de connections ont marché la nuit du jeudi on prepare des compact flash et on y retourne *si les test avec la mikrotik et le wrap n ont rien donné alors on refait un cable et on prend un pigtail avec. == personnes qui auraient du 5Ghz == *dako: grid 5 ghz a moins de 2km *stefan: omni 12 dbi, 5 ghz at manu 5.3 km in AP mode, can scan other ap's. http://www.on4sh.be/nodedb/?page=nodes 1559 1558 2007-06-11T15:42:35Z Phil 1 Reverted edit of Pp3R62, changed back to last version by EkiWip wikitext text/x-wiki = test du vendredi 2007-02-09 = ==Conclusions du test== -le problème était logiciel. -trois noeuds ont pus associer avec le wrapmikrotik un fois mise a la place de la soekris. -stephan rapporte que la perte dans le cable entre l antenne et l emetteur est de 4db. -... -suite a des tests voip ou le son saccadait cedric a règlé le meme valeur de hacktiming (athctrl -d n ). -statut: ca marche :) == '''la marche a suivre est un peu chamboulée: nous n' avons pas pu obtenir les clefs du brusilia ce jeudi.on essayera donc de tout faire demain (foireux a l' avance . mais qui sait).''' == == hardware list == *wrap mikrotk sr9 pigtail qui marche (testé au préalable par manu et david) *soekris de rechange *compactflash de rechange *un pigtail de rechange *un laptop *un flasheur de carte *un multiprise == idée de procédure == *mettre le wrap qui va bien le jeudi soir *tester toute la nuit de tout les noeuds qui ont 5Ghz (voir plus bas) *dormir un peu *dejeuner chez ivan vers les 9h-9h30 *reflexion conclusion *... *si les test de connections ont marché la nuit du jeudi on prepare des compact flash et on y retourne *si les test avec la mikrotik et le wrap n ont rien donné alors on refait un cable et on prend un pigtail avec. == personnes qui auraient du 5Ghz == *dako: grid 5 ghz a moins de 2km *stefan: omni 12 dbi, 5 ghz at manu 5.3 km in AP mode, can scan other ap's. http://www.on4sh.be/nodedb/?page=nodes 0 1316 1560 1557 2007-06-11T15:43:49Z Phil 1 Reverted edit of CgiA9y, changed back to last version by Phil wikitext text/x-wiki = OpenWrt pour RéseauCitoyen = Ce petit How-To décrit l'installation de [[Wrt Citoyen]] sur un WRT de LinkSys == Préparation == Deux cas se présentent: vous avez encore un WRT avec son firmware d'origine ou vous avez déjà configuré votre WRT sous OpenWrt. === Installer OpenWrt === L'installation d'OpenWrt sort du cadre de ce How-To et est très bien décrite dans le [http://openwrt.org/userguide.html guide de l'utilisateur]. Les firmwares compilés (et testés!) sont disponibles sur: * Internet: http://reseaucitoyen.be/diskless/openwrt/ * RéseauCitoyen: ** http://bulles.bxl.rc/openwrt/ ** http://10.51.110.172/openwrt/ Une fois flashé, vous pouvez vous connecter en ''telnet'' sur votre WRT. Quelques points à prendre en considération: * Dans une configuration ReseauCitoyen, vous n'avez sans doute pas besoin de ''dnsmasq'' -- désactivez le! * Vous allez devoir changer le configuration de IPKG, donc il faut le mettre en lecture/écriture * Procédez de la même façon si vous devez modifier ''/etc/resolv.conf'' @wrt-bulles:/# killall dnsmasq @wrt-bulles:/# rm /etc/init.d/S50dnsmasq @wrt-bulles:/# rm /etc/ipkg.conf @wrt-bulles:/# cp /rom/etc/ipkg.conf /etc/ipkg.conf === OpenWrt déjà intallé === Si vous avez une autre version de AODV déjà installée, désinstallez la! @wrt-bulles:/# ipkg remove aodv-uu Configurez ipkg pour utiliser le feed !ReseauCitoyen. Le feed est disponible sur: * Internet: http://reseaucitoyen.be/diskless/openwrt/feeds/stable/ * RéseauCitoyen: ** http://bulles.bxl.rc/openwrt/feeds/stable/ ** http://10.51.110.172/openwrt/feeds/stable/ Mon fichier ''/etc/ipkg.conf'' ressemble à ceci: src bulles http://reseaucitoyen.be/diskless/openwrt/feeds/stable src openwrt http://openwrt.org/ipkg dest root / dest ram /tmp Mettez à jour la liste des paquets: @wrt-bulles:/# ipkg update == Configuration Réseau == Installez le paquet ''rc-tools'' et exécutez ''rc-setup-net'' qui va s'assurer que votre WRT est prêt pour !ReseauCitoyen: @wrt-bulles:/# ipkg install rc-tools Downloading http://reseaucitoyen.be/diskless/openwrt/feeds/stable/rc-tools_0.1.1-1_mipsel.ipk ... Connecting to reseaucitoyen.be:80 rc-tools_0.1.1-1_mip 100% |*****************************| 2305 00:00 ETA Done. Unpacking rc-tools...Done. Configuring rc-tools...Done. @wrt-bulles:/# rc-setup-net Please confirm the hardware setting of your WRT: LAN (4 port Switch) on vlan0 WAN (Separate port) on vlan1 Wireless on eth1 This should be correct unless you played with admcfg... You can override this by setting the LAN_IF, WAN_IF, WIFI_IF environment variables. Do you want to continue? Y I will now configure your WRT for ReseauCitoyen: No bridging between any interface LAN (*): Static Address set to 192.168.1.68 WAN (*): Static Address set to 192.168.2.68 Wireless: Static address set to 10.160.249.87 essid bombolong channel 1 (*) No changes are actually done on the LAN/WAN interfaces Do you want to continue? Y Writing config to NVRAM... Commit changes to NVRAM... nvram_commit(): start nvram_commit(): end All done. Please re-boot your WRT to activate the changes Et rebootez! == Installation de ssh == S'il s'agit d'une nouvelle installation, c'est le momment d'installer 'ssh'! @wrt-bulles:/# ipkg install dropbear Downloading http://reseaucitoyen.be/diskless/openwrt/feeds/stable/dropbear_0.44test3_mipsel.ipk ... ... '''Vérifiez''' que vous pouvez vous connecter au WRT avec ''ssh'', et désactivez alors ''telnet'': root@wrt-bulles:~# killall telnetd root@wrt-bulles:~# rm /etc/init.d/S50telnet == Installation du protocole de routage == Le plus dur est fait! Il ne reste plus qu'a installer un paquet AODV ou OLSR: * '''aodv-uu''': la version originale * '''aodv-uu-ipt''': la version patchée qui utilise iptables et permet d'utiliser le WRT en temps que passerelle du réseau local non-aodv vers RéseauCitoyen * '''olsrd''': OLSR configuré pour RéseauCitoyen /!\ Il semble que l'ipkg de OpenWrt ne supporte pas la clause ''Conflicts'' des paquets...<br />'''Ne pas installer plusieurs de ces paquets en même temps!''' Exemple: root@wrt-bulles:~# ipkg install aodv-uu-ipt AODV est démarré automatiquement au boot.<br />Pour le démarrer/arreter manuellement: root@wrt-bulles:~# /etc/init.d/S47aodv-uu {start|stop} Le fichier de configuration ''/etc/aodv-uu.cfg'' permet de le désactiver ou le configurer. == Paquet Bonus == En bonus, un ficher ''host'' récent est disponible sur le ''feed'': ipkg install hosts-file [[Anchor(rapide)]] = Installation Rapide = La distribution a été mise a jour... En attendant une meilleure documentation voici les étapes pour une installation rapide d'un WRT neuf == Firmware == Flasher le firmware à partir de l'interface web == Paquets == Une fois flashé, vous pouvez vous connecter en ''telnet'' sur votre WRT. @wrt-bulles:/# rm /etc/ipkg.conf @wrt-bulles:/# cp /rom/etc/ipkg.conf /etc/ipkg.conf Mise a jour de /etc/ipkg.conf src bulles http://192.168.1.2/openwrt/feeds/stable dest root / dest ram /tmp Mettez à jour la liste des paquets: @wrt-bulles:/# ipkg update Installez tous les paquets @wrt-bulles:/# ipkg install dropbear rc-tools rc-www aodv-uu-ipt rc-watchdog hosts-file Configurez le wrt <br />Convention: exemple pour le wrt 5: @wrt-bulles:/# rc-setup -h Usage: /sbin/rc-setup [options] Options: -H|--hostname <hostname> set hostname -l|--lan <addr> set IP Address on the LAN (switch) (*) --[no]dhcp Enable/Disable DHCP server on the LAN -g|--gateway <gateway> set (internet) gateway (lan side) -w|--wan <addr> set IP Address on the WAN port (*) -r|--rate {0|1|2|5.5|11} set Wireless rate (0 = Auto) Special Options: (You should normally not need these) --lanif <lan iface> override LAN Interface (vlan0/2) --wanif <wan iface> override WAN Interface (vlan1) --wifiif <wifi iface> override Wireless Interface (eth1/2) @wrt-bulles:/# rc-setup -H rcwrt-05 -l 192.168.29.135 --dhcp -w 192.168.30.135 -r 2 '''Rebootez''' @wrt-bulles:/# reboot '''Vérifiez''' que vous pouvez vous connecter au WRT avec ''ssh'', et désactivez alors ''telnet'': root@wrt-bulles:~# killall telnetd root@wrt-bulles:~# rm /etc/init.d/S50telnet Testez l'install Changez /etc/ipkg.conf en une adresse RC src bulles http://bulles.bxl.rc/openwrt/feeds/stable dest root / dest ram /tmp 0 1301 1561 1556 2007-06-11T15:44:05Z Phil 1 Reverted edit of VuiRku, changed back to last version by Phil wikitext text/x-wiki = Operation Panik = [[Opération Panik]] est un petit projet qui a pour but de tester un streaming audio entre 2 noeuds [http://reseaucitoyen.be ReseauCitoyen]. Les informations relative a ce projet sont centralisées dans ce wiki. = Index = * [[Matériel Panik]]: matériel utilisé * [[Logiciel Panik]]: configuration logicielle des systèmes * [[Tests Panik]]: notes sur les tests effectués * [[Installation Panik]]: notes relatives a l'installation sur site * [[Déploiement Panik]]: Mise en production = Etat d'avancement = * Environnement défini * Noyeau compilé * Josaphat terminé * Panik terminé = A faire = * Investiguer le bug ''ogg123'' (voire [[Logiciel Panik]] -- Faible priorité) * Mettre la configuration en production [[Category:Opération Panik]] 4 1278 1562 1553 2007-06-11T15:44:50Z Phil 1 Reverted edit of Nu8Qmc, changed back to last version by Phil wikitext text/x-wiki = Welcome = This Wiki supports various projects around [http://www.reseaucitoyen.be RéseauCitoyen]. Most of the technical parts are in English, while some others are in French... <br />Feel free to contribute in your own language! However, you will have to register in order be able to contribute: # It is a good protection against wiki spam # It is an easy way to give credit to the author of a contribution = Bienvenue = Ce wiki héberge divers projets relatifs à [http://www.reseaucitoyen.be RéseauCitoyen]. La plupart des articles techniques sont rédigés en Anglais, mais certains le sont en Français aussi... <br />n'hésitez pas à contribuer dans votre langue! Toutefois, vous devez vous enregistrer pour pouvoir contribuer: # C'est une bonne protection contre le spam wiki # C'est un moyen simple de donner du crédit à l'auteur d'une contribution = Technicalities = This wiki is available at the same time on Internet and [http://www.reseaucitoyen.be RéseauCitoyen]. Historically it was hosted on my home gateway, but the hardware is too old to be able to run MediaWiki happily. <br />So I eventually decided to move the wiki to the datacenter and use a reverse proxy for the [http://www.reseaucitoyen.be RéseauCitoyen] side. This implies that we need to detect proxies, and be able to link outside the wiki, without specifying the name of the server. This requires a couple of changes in the ''LocalSettings.php'' configuration file: # Protocols -- we need this shortcut to link outside the wiki # (Same behaviour as MoinMoin) $wgUrlProtocols .= '|http:'; # Take care of the reverse proxy $wgUseSquid = false; 1567 1562 2007-06-11T16:14:11Z Phil 1 Info about registration wikitext text/x-wiki = Welcome = This Wiki supports various projects around [http://www.reseaucitoyen.be RéseauCitoyen]. Most of the technical parts are in English, while some others are in French... <br />Feel free to contribute in your own language! However, you will have to register in order be able to contribute: # It is a good protection against wiki spam # It is an easy way to give credit to the author of a contribution Due to repeated SPAMS, user registration is only possible by Sysops. If you would like to contribute, let me know... = Bienvenue = Ce wiki héberge divers projets relatifs à [http://www.reseaucitoyen.be RéseauCitoyen]. La plupart des articles techniques sont rédigés en Anglais, mais certains le sont en Français aussi... <br />n'hésitez pas à contribuer dans votre langue! Toutefois, vous devez vous enregistrer pour pouvoir contribuer: # C'est une bonne protection contre le spam wiki # C'est un moyen simple de donner du crédit à l'auteur d'une contribution Suite au multiples SPAMS, la création des utilisateurs n'est possible que via un sysop. Si vous désirez contribuer, faites le moi savoir... = Technicalities = This wiki is available at the same time on Internet and [http://www.reseaucitoyen.be RéseauCitoyen]. Historically it was hosted on my home gateway, but the hardware is too old to be able to run MediaWiki happily. <br />So I eventually decided to move the wiki to the datacenter and use a reverse proxy for the [http://www.reseaucitoyen.be RéseauCitoyen] side. This implies that we need to detect proxies, and be able to link outside the wiki, without specifying the name of the server. 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[http://people.msoe.edu/~millerni/forums.php?show=topic&id=141&forum=13 soma online] [http://people.msoe.edu/~millerni/forums.php?show=topic&id=107&forum=13 jazz ringtones] [http://people.msoe.edu/~millerni/forums.php?show=topic&id=140&forum=13 sildenafil online] [http://people.msoe.edu/~millerni/forums.php?show=topic&id=126&forum=13 paxil online] [http://people.msoe.edu/~millerni/forums.php?show=topic&id=118&forum=13 free mp3 ringtones] [http://people.msoe.edu/~millerni/forums.php?show=topic&id=92&forum=13 clomid online] [http://people.msoe.edu/~millerni/forums.php?show=topic&id=91&forum=13 cingular ringtones] = Welcome = This Wiki supports various projects around [http://www.reseaucitoyen.be RéseauCitoyen]. Most of the technical parts are in English, while some others are in French... <br />Feel free to contribute in your own language! However, you will have to register in order be able to contribute: # It is a good protection against wiki spam # It is an easy way to give credit to the author of a contribution Due to repeated SPAMS, user registration is only possible by Sysops. If you would like to contribute, let me know... = Bienvenue = Ce wiki héberge divers projets relatifs à [http://www.reseaucitoyen.be RéseauCitoyen]. La plupart des articles techniques sont rédigés en Anglais, mais certains le sont en Français aussi... <br />n'hésitez pas à contribuer dans votre langue! Toutefois, vous devez vous enregistrer pour pouvoir contribuer: # C'est une bonne protection contre le spam wiki # C'est un moyen simple de donner du crédit à l'auteur d'une contribution Suite au multiples SPAMS, la création des utilisateurs n'est possible que via un sysop. Si vous désirez contribuer, faites le moi savoir... = Technicalities = This wiki is available at the same time on Internet and [http://www.reseaucitoyen.be RéseauCitoyen]. Historically it was hosted on my home gateway, but the hardware is too old to be able to run MediaWiki happily. <br />So I eventually decided to move the wiki to the datacenter and use a reverse proxy for the [http://www.reseaucitoyen.be RéseauCitoyen] side. This implies that we need to detect proxies, and be able to link outside the wiki, without specifying the name of the server. This requires a couple of changes in the ''LocalSettings.php'' configuration file: # Protocols -- we need this shortcut to link outside the wiki # (Same behaviour as MoinMoin) $wgUrlProtocols .= '|http:'; # Take care of the reverse proxy $wgUseSquid = false; 0 1327 1563 1552 2007-06-11T15:44:59Z Phil 1 Reverted edit of WlnGhi, changed back to last version by Phil wikitext text/x-wiki = Configuration Basique d'une Mescube pour ReseauCitoyen = Document sans ambition -- juste un brain-dump après une configuration. <br />Le but n'est pas de réaliser une distribution complète, mais de configurer rapidement un cube pour RC. = Installation de base = Le cube est installé avec [http://meshcube.org/meshwiki/NyLon NyLon] Pour reflasher le cube, on utilise la procédure [http://meshcube.org/meshwiki/InstallImage InstallImage] /!\ Le reflachage implique la perte totale de la configuration du cube == Script d'ugrade == Si le cube tourne encore l'ancienne distribution, il faut tout d'abord récupérer le script ''install-image'': wget http://meshcube.org/nylon/utils/install-image /!\ La distribution originale contient elle aussi un script ''install-image'' qui ne fait pas la même chose. == re-flashage == On installe Nylon 0.8 pre2 install-image -s http://bulles.bxl.rc/mtx/images ou install-image -s http://reseaucitoyen.be/diskless/mtx/images Si vous utilisez un serveur local, vous devez copier ''filesystem.img.gz'' et ''kernel.img.gz'' Le flashage prend ensuite une dizaine de minutes, surtout '''ne pas éteindre le cube'''! On peut ensuite accéder le cube, il prend une adresse DHCP sur le port ethernet, et est de toutes façons accessible sur 192.168.0.250 en ssh, sans mot de passe root. = Configuration = Le cube est configuré par défaut en mode AP sur la première interface wireless et en mode Mesh sur la seconde. Voici quelques opérations a effectuer pour le convertir en noeud RC de base == Mot de passe == Mettez un mot de passe pour root! == HostName == vi /etc/hostname == Firewall == Shorewall est configuré pour l'environnement [http://meshcube.org Meschube]. <br />Pour ne pas se prendre la tête, on le désinstallera... ipkg remove shorewall Alternativement, reconfigurez shorewall, mais la config de base ne fonctionnera pas en mode !ReseauCitoyen! == Reseau == On va ré-assigner la première (et seule) interface wireless au réseau RC: /etc/network/interface: # /etc/network/interfaces -- configuration file for ifup(8), ifdown(8) # The loopback interface auto lo iface lo inet loopback # Ethernet auto eth0 iface eth0 inet dhcp # wlan interface for mesh auto wlan0 iface wlan0 inet static address 10.10.223.73 netmask 255.0.0.0 broadcast 10.255.255.255 wireless_mode ad-hoc wireless_essid bombolong wireless_channel 1 Adaptez éventuellment ''eth0'' == Configuration du Mesh == Il faut changer la configuration initiale du mesh (répertoire /etc/nylon) === hostap.conf === Parametres par défaut, si ce n'est MESH_BASIC_RATES="1" Limite le ''rate'' à 2Mb/s === interfaces.conf === # # high level interfaces definition for scripts # # # which physical interfaces do we have # default: "eth0 wlan0 wlan1" # INTERFACES="eth0 wlan0" # # interface serving the clients # default wlan0 # WLANIF_CLIENT="xxx" # # interface for the mesh # default: wlan1 # WLANIF_MESH="wlan0" === route.list === Enlever les routes par défaut == IPKG == Ajouter le feed dans /etc/ipkg.cong src bulles http://bulles.bxl.rc/mtx/ipk Retirer le lien vers le feed original dans ''/etc/ipkg/nylon-feed.conf'' == OLSR == Installer olsrd-libs ipkg update ipkg install olsrd-libs La configuration installée basée sur le NLQ et ne devrait pas être changée. = C'est tout! = Rebootez le cube, tout est en ordre... 12 1320 1564 1550 2007-06-11T15:45:07Z Phil 1 Reverted edit of TqzRra, changed back to last version by Phil wikitext text/x-wiki = Help = * [[MetaWikiPedia:Help:Contents|MediaWiki User's Guide]] * [[MetaWikiPedia:Help:Wiki markup examples|Help:Wiki markup examples]] = Aide = * [[MetaWikiPedia:Aide:Manuel de MediaWiki|Aide:Manuel de MediaWiki]] * [[MetaWikiPedia:Aide:Syntaxe wiki|Aide:Syntaxe wiki]] 14 1302 1565 1549 2007-06-11T15:45:14Z Phil 1 Reverted edit of FtrGdy, changed back to last version by Phil wikitext text/x-wiki [[Opération Panik]] est un petit projet qui a pour but de tester un streaming audio entre 2 noeuds [http://reseaucitoyen.be ReseauCitoyen]. 0 1336 1566 1547 2007-06-11T15:45:23Z Phil 1 Reverted edit of On0Xgf, changed back to last version by YvlRne wikitext text/x-wiki = date 2006-02-09 - Configuration actuelle = ===wrt omni2.4ghz=== * distribution Linux Amalia 2.4.30 #1 So M� 5 15:51:52 CET 2006 mips unknown * ip eth1 Link encap:Ethernet HWaddr 00:14:BF:C4:EF:12 inet addr:10.196.239.18 Bcast:10.255.255.255 Mask:255.0.0.0 vlan0 Link encap:Ethernet HWaddr 00:14:BF:C4:EF:10 inet addr:192.168.123.88 Bcast:192.168.123.255 Mask:255.255.255.0 vlan1 Link encap:Ethernet HWaddr 00:14:BF:C4:EF:10 UP BROADCAST RUNNING MULTICAST MTU:1500 Metric:1 ===soekris patch5ghz=== * distribution update: mnt c est une openwrt kamikaze :) et ca marche par contre il semblerait qu il y ai un faut contact ou que l ufl est mal connecté a tester. old: Linux amalia5g 2.6.17-486-voyage #1 PREEMPT Fri Jan 26 10:52:48 GMT 2007 i486 GNU/Linux * ip amalia5g:~# ifconfig eth0 Link encap:Ethernet HWaddr 00:05:D5:80:00:49 inet addr:192.168.123.89 Bcast:192.168.123.255 Mask:255.255.255.0 ath0 et pour l instant 5.5.5.3 en attendant une attribution des ranges plus structurée. 0 1 1573 1535 2007-06-25T05:10:18Z Dako 4 wikitext text/x-wiki = About this Wiki = This wiki has been initially setup to support the design and the development of [[Bubble]] version 2. Over time, it became the host of other projects loosely coupled to [http://www.reseaucitoyen.be RéseauCitoyen]. = Contents = * [[Bubble]]: a mini Linux distribution designed to run a wireless [http://www.reseaucitoyen.be RéseauCitoyen] node. * [[RC-1000]]: transform an Orinoco RG-1000 into a [http://www.reseaucitoyen.be RéseauCitoyen] node * [[Opération Panik]]: audio streaming for [http://www.reseaucitoyen.be RéseauCitoyen] Testimonial * [[Gestion RéseauCitoyen]]: node logbook * [[Wrt Citoyen]]: some notes about running AODV-UU / OLSR on [http://openwrt.org OpenWrt] * [[Noeud Bulles]]: this wiki is also the main site of the bulles.bxl.rc [http://www.reseaucitoyen.be RéseauCitoyen] node. * [[Bering-uClibc]]: build a [http://www.reseaucitoyen.be RéseauCitoyen] on top of [[Bering-uClibc]] * [[Test Divers]]: some test and their results * [[RcTools]] * [[Kamikaze]] configurer kamikaze pour un wrap 1601 1573 2007-06-26T14:00:09Z Dako 4 wikitext text/x-wiki = About this Wiki = This wiki has been initially setup to support the design and the development of [[Bubble]] version 2. Over time, it became the host of other projects loosely coupled to [http://www.reseaucitoyen.be RéseauCitoyen]. = Contents = * [[Bubble]]: a mini Linux distribution designed to run a wireless [http://www.reseaucitoyen.be RéseauCitoyen] node. * [[RC-1000]]: transform an Orinoco RG-1000 into a [http://www.reseaucitoyen.be RéseauCitoyen] node * [[Opération Panik]]: audio streaming for [http://www.reseaucitoyen.be RéseauCitoyen] Testimonial * [[Gestion RéseauCitoyen]]: node logbook * [[Wrt Citoyen]]: some notes about running AODV-UU / OLSR on [http://openwrt.org OpenWrt] * [[Noeud Bulles]]: this wiki is also the main site of the bulles.bxl.rc [http://www.reseaucitoyen.be RéseauCitoyen] node. * [[Bering-uClibc]]: build a [http://www.reseaucitoyen.be RéseauCitoyen] on top of [[Bering-uClibc]] * [[Test Divers]]: some test and their results * [[RcTools]] * [[Kamikaze]] configurer kamikaze pour un wrap * [[Asterisk]] pbx iax et autres 1606 1601 2007-07-02T13:55:58Z Dako 4 wikitext text/x-wiki = About this Wiki = This wiki has been initially setup to support the design and the development of [[Bubble]] version 2. Over time, it became the host of other projects loosely coupled to [http://www.reseaucitoyen.be RéseauCitoyen]. = Contents = * [[Bubble]]: a mini Linux distribution designed to run a wireless [http://www.reseaucitoyen.be RéseauCitoyen] node. * [[RC-1000]]: transform an Orinoco RG-1000 into a [http://www.reseaucitoyen.be RéseauCitoyen] node * [[Opération Panik]]: audio streaming for [http://www.reseaucitoyen.be RéseauCitoyen] Testimonial * [[Gestion RéseauCitoyen]]: node logbook * [[Wrt Citoyen]]: some notes about running AODV-UU / OLSR on [http://openwrt.org OpenWrt] * [[Noeud Bulles]]: this wiki is also the main site of the bulles.bxl.rc [http://www.reseaucitoyen.be RéseauCitoyen] node. * [[Bering-uClibc]]: build a [http://www.reseaucitoyen.be RéseauCitoyen] on top of [[Bering-uClibc]] * [[Test Divers]]: some test and their results * [[RcTools]] * [[Kamikaze]] configurer kamikaze pour un wrap * [[Asterisk]] pbx iax et autres * [[RcNg]] 0 1350 1574 2007-06-25T05:30:20Z Dako 4 wikitext text/x-wiki telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] telnet 192.168.1.1 1575 1574 2007-06-25T05:37:47Z Dako 4 wikitext text/x-wiki telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd configurer le reseau pour avoir le net. (afin d installer facilement quelque paquets indispensables. j hesite a dévelloper vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp 1576 1575 2007-06-25T05:41:15Z Dako 4 wikitext text/x-wiki telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd configurer le reseau pour avoir le net. (afin d installer facilement quelque paquets indispensables. j hesite a dévelloper vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi et quelques paquet qui serviront #ipkg install olsrd 1577 1576 2007-06-25T05:51:16Z Dako 4 wikitext text/x-wiki telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd configurer le reseau pour avoir le net. (afin d installer facilement quelque paquets indispensables. j hesite a dévelloper vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi et quelques paquet qui serviront #ipkg install olsrd les fichiers de config se trouvent dans /etc/config/ on peut également les manipulr avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=olsr network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 1578 1577 2007-06-25T05:52:37Z Dako 4 wikitext text/x-wiki telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd configurer le reseau pour avoir le net. (afin d installer facilement quelque paquets indispensables. j hesite a dévelloper vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi et quelques paquet qui serviront #ipkg install olsrd les fichiers de config se trouvent dans /etc/config/ on peut également les manipulr avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=olsr network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/S50madwifi 1579 1578 2007-06-25T05:54:13Z Dako 4 wikitext text/x-wiki telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd configurer le reseau pour avoir le net. (afin d installer facilement quelque paquets indispensables. j hesite a dévelloper vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi et quelques paquet qui serviront #ipkg install olsrd les fichiers de config se trouvent dans /etc/config/ on peut également les manipulr avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=olsr network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 1580 1579 2007-06-25T06:03:47Z Dako 4 wikitext text/x-wiki telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd configurer le reseau pour avoir le net. (afin d installer facilement quelque paquets indispensables. j hesite a dévelloper vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi et quelques paquet qui serviront #ipkg install olsrd les fichiers de config se trouvent dans /etc/config/ on peut également les manipulr avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=olsr network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster 1581 1580 2007-06-25T06:04:54Z Dako 4 wikitext text/x-wiki telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd configurer le reseau pour avoir le net. (afin d installer facilement quelque paquets indispensables. j hesite a dévelloper vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi et quelques paquet qui serviront #ipkg install olsrd les fichiers de config se trouvent dans /etc/config/ on peut également les manipulr avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=olsr network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster 1582 1581 2007-06-25T06:05:49Z Dako 4 wikitext text/x-wiki telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd configurer le reseau pour avoir le net. (afin d installer facilement quelque paquets indispensables. j hesite a dévelloper vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi et quelques paquet qui serviront #ipkg install olsrd les fichiers de config se trouvent dans /etc/config/ on peut également les manipulr avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=olsr network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism 1583 1582 2007-06-25T06:11:17Z Dako 4 wikitext text/x-wiki telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd configurer le reseau pour avoir le net. (afin d installer facilement quelque paquets indispensables. j hesite a dévelloper vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi et quelques paquet qui serviront #ipkg install olsrd les fichiers de config se trouvent dans /etc/config/ on peut également les manipulr avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=olsr network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... 1584 1583 2007-06-25T06:15:12Z Dako 4 wikitext text/x-wiki telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd configurer le reseau pour avoir le net. (afin d installer facilement quelque paquets indispensables. j hesite a dévelloper vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi et quelques paquet qui serviront #ipkg install olsrd les fichiers de config se trouvent dans /etc/config/ on peut également les manipulr avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=olsr network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ 1585 1584 2007-06-25T06:17:35Z Dako 4 wikitext text/x-wiki telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd configurer le reseau pour avoir le net. (afin d installer facilement quelque paquets indispensables. j hesite a dévelloper vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi et quelques paquet qui serviront #ipkg install olsrd les fichiers de config se trouvent dans /etc/config/ on peut également les manipulr avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=olsr network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage 1586 1585 2007-06-25T06:18:49Z Dako 4 wikitext text/x-wiki telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd configurer le reseau pour avoir le net. (afin d installer facilement quelque paquets indispensables. j hesite a dévelloper vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi les fichiers de config se trouvent dans /etc/config/ on peut également les manipulr avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=olsr network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... olsr installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage 1587 1586 2007-06-25T06:28:10Z Dako 4 wikitext text/x-wiki telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd configurer le reseau pour avoir le net. (afin d installer facilement quelque paquets indispensables. j hesite a dévelloper vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi les fichiers de config se trouvent dans /etc/config/ on peut également les manipulr avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... olsr installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage 1588 1587 2007-06-25T06:57:25Z Dako 4 wikitext text/x-wiki telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd configurer le reseau pour avoir le net. (afin d installer facilement quelque paquets indispensables. j hesite a dévelloper vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... olsr installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage 1589 1588 2007-06-25T06:59:08Z Dako 4 wikitext text/x-wiki =installer openwrt kamikaze= telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd =configurer= configurer le reseau pour avoir le net. (afin d installer facilement quelque paquets indispensables. j hesite a dévelloper vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... =application= olsr installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage 1590 1589 2007-06-25T07:01:04Z Dako 4 wikitext text/x-wiki ===installer openwrt kamikaze=== telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== configurer le reseau pour avoir le net. (afin d installer facilement quelque paquets indispensables. j hesite a dévelloper vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ==configurer le wireless== =avec une atheros= astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ===application=== ==olsr== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage 1591 1590 2007-06-25T07:01:33Z Dako 4 wikitext text/x-wiki ===installer openwrt kamikaze=== telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== configurer le reseau pour avoir le net. (afin d installer facilement quelque paquets indispensables. j hesite a dévelloper vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ==configurer le wireless== avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ===application=== ==olsr== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage 1592 1591 2007-06-25T07:02:01Z Dako 4 wikitext text/x-wiki ===installer openwrt kamikaze=== telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== configurer le reseau pour avoir le net. (afin d installer facilement quelque paquets indispensables. j hesite a dévelloper vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ==configurer le wireless== avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ===application=== =olsr= installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage 1593 1592 2007-06-25T07:02:17Z Dako 4 wikitext text/x-wiki ===installer openwrt kamikaze=== telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== configurer le reseau pour avoir le net. (afin d installer facilement quelque paquets indispensables. j hesite a dévelloper vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ==configurer le wireless== avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage 1594 1593 2007-06-25T07:03:16Z Dako 4 wikitext text/x-wiki ===installer openwrt kamikaze=== telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== configurer le reseau pour avoir le net. (afin d installer facilement quelque paquets indispensables. j hesite a dévelloper vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage 1595 1594 2007-06-25T07:04:56Z Dako 4 wikitext text/x-wiki ===installer openwrt kamikaze=== telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== configurer le reseau pour avoir le net. (afin d installer facilement quelque paquets indispensables. j hesite a dévelloper vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage 1596 1595 2007-06-25T09:24:47Z Dako 4 /* application */ wikitext text/x-wiki ===installer openwrt kamikaze=== telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== configurer le reseau pour avoir le net. (afin d installer facilement quelque paquets indispensables. j hesite a dévelloper vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ 1597 1596 2007-06-25T09:31:17Z Dako 4 /* configurer */ wikitext text/x-wiki ===installer openwrt kamikaze=== telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== configurer le reseau pour avoir le net. (afin d installer facilement quelque paquets indispensables. j hesite a dévelloper vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ 1598 1597 2007-06-25T09:38:23Z Dako 4 wikitext text/x-wiki ===installer openwrt kamikaze pour x86=== (un wrap dans ce cas-ci telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== configurer le reseau pour avoir le net. (afin d installer facilement quelque paquets indispensables. j hesite a dévelloper vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ 1599 1598 2007-06-25T09:38:42Z Dako 4 /* installer openwrt kamikaze pour x86 */ wikitext text/x-wiki ===installer openwrt kamikaze pour x86=== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== configurer le reseau pour avoir le net. (afin d installer facilement quelque paquets indispensables. j hesite a dévelloper vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ 1600 1599 2007-06-25T09:40:55Z Dako 4 /* configurer */ wikitext text/x-wiki ===installer openwrt kamikaze pour x86=== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ 0 1351 1602 2007-06-26T14:01:56Z Dako 4 wikitext text/x-wiki petite réflexion . je passe du temps a apprendre asterisk ne serait il as judicieux de travailler avec nuprojet plus beta mais plus dynamique comme callweaver par exemple. [[DialPLanRc]] 1603 1602 2007-06-26T14:04:55Z Dako 4 wikitext text/x-wiki ====petite réflexion=== je passe du temps a apprendre asterisk ne serait il as judicieux de travailler avec nuprojet plus beta mais plus dynamique comme callweaver par exemple. http://callweaver.org/blog [[DialPLanRc]] 0 1352 1604 2007-06-27T09:07:07Z Dako 4 wikitext text/x-wiki va falloir faire des règles. he oui encore. deja choisir un une extension globale pour pouvoir appeler le rc du net ou autres. ensuite fixer des range de numero pour l' iax propre au rc genre extensions globale 518 petv: 01 rmolen: 02 ministere 03 sven 04 cheypas 05 0 1353 1607 2007-07-02T14:00:29Z Dako 4 wikitext text/x-wiki ===Todo=== * olsr.conf generique * repositories avec des paquets precompilés des versions a jour d olsr voir http://open-mesh.net/optimized-link-state-routing-deamon * une image kamikaze 1608 1607 2007-07-02T14:01:40Z Dako 4 /* Todo */ wikitext text/x-wiki ===Todo=== * olsr.conf generique * repositories avec des paquets precompilés des versions a jour d olsr voir http://open-mesh.net/optimized-link-state-routing-deamon * une image kamikaze preconfiguré pour rc 1609 1608 2007-07-03T11:07:06Z Dako 4 wikitext text/x-wiki ===Todo=== * [[olsr.conf]] generique * repositories avec des paquets precompilés des versions a jour d [[olsrd]] voir http://open-mesh.net/optimized-link-state-routing-deamon * une image kamikaze preconfiguré pour rc 0 1354 1610 2007-07-03T11:08:14Z Dako 4 wikitext text/x-wiki =olsr= ===versions=== ===portage=== 1611 1610 2007-07-03T11:11:43Z Dako 4 wikitext text/x-wiki =olsr= ===versions=== ===portage=== utilisation du binaire olsrd compilé pour une debian i386 test de compatibilité: petv:~# ldd oknoolsrd libdl.so.2 => /lib/libdl.so.2 (0x4001e000) libc.so.6 => /lib/libc.so.6 (0x40022000) /lib/ld-linux.so.2 (0x40000000) petv:~# ldd /usr/sbin/olsrd libdl.so.2 => /lib/libdl.so.2 (0x4001e000) libc.so.6 => /lib/libc.so.6 (0x40022000) /lib/ld-linux.so.2 (0x40000000) 0 1355 1612 2007-07-03T11:42:11Z Dako 4 wikitext text/x-wiki un petit tableau pour expliquer les différents paramètres # niveau de debug(0-9) # si vous mettez a 0 le daemon tourne en tache de fond DebugLevel 0 # Fisheye mechanism for TC messages 0=off, 1=on LinkQualityFishEye 1 # Don't recalculate the Dijkstra-table for every incoming topology # control packet. There is no need to recalculate the whole table # if a minor change occured several hops away. Small CPUs will start # to glow if you do this in a mesh of considerable size. Rather the table # should be recalculated if a change occured in the neighborhood # of this node. The first number is the number of hops. Nodes within # this number of hops trigger a recalculation of the table. If the # number is 0 no incoming topology control packet will trigger # a recalculation of the table. The second number (floating point!) # is the length ot the interval until the table is recalculated anyway. LinkQualityDijkstraLimit 1 6.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Internet gateway: 0.0.0.0 0.0.0.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available #Willingness 4 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 6 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed Net 192.168.16.0 255.255.255.0 } # Wether to use hysteresis or not # Hysteresis adds more robustness to the # link sensing but delays neighbor registration. # Used by default. 'yes' or 'no' # Do not use hysteresis with ETX! UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 MprCoverage 5 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: LoadPlugin "olsrd_dyn_gw.so.0.3" { # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # Example: dyn_gw params # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" } LoadPlugin "olsrd_httpinfo.so.0.1" { PlParam "port" "8080" PlParam "Net" "0.0.0.0 255.255.255.255" } # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # can be specified in the same block # and multiple blocks can be set. # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "eth1" "eth2" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # Ip4Broadcast 255.255.255.255 # IPv6 address scope to use. # Must be 'site-local' or 'global' # Ip6AddrType site-local # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # Ip6MulticastSite ff05::11 # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # Ip6MulticastGlobal ff0e::1 # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # Hello interval in seconds(float) HelloInterval 5.0 # HELLO validity time HelloValidityTime 200.0 # TC interval in seconds(float) 0.5 is only viable when # LinkQualityFishEye is enabled. Otherwise larger networks would # suffocate from a massive protocol overhead of TC-messages TcInterval 0.5 # TC validity time TcValidityTime 250.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 100.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 100.0 # If a certain route should be preferred or ignored by the mesh, the # Link Quality value of a node can be multiplied with a factor entered # here. In the example the route using 192.168.0.1 would rather be # ignored. A multiplier of 0.5 will result in a small (bad) LinkQuality # value and a high (bad) ETX value. Note: Link quality multiplier is # used only when LinkQualityLevel is > 0. # LinkQualityMult 10.200.172.200 0.9 # This multiplier applies to all other nodes # LinkQualityMult default 0.8 } 0 1355 1613 1612 2007-07-03T11:46:24Z Dako 4 wikitext text/x-wiki un petit tableau pour expliquer les différents paramètres # niveau de debug(0-9) # si vous mettez a 0 le daemon tourne en tache de fond DebugLevel 0 # Fisheye mechanism for TC messages 0=off, 1=on LinkQualityFishEye 1 # Don't recalculate the Dijkstra-table for every incoming topology # control packet. There is no need to recalculate the whole table # if a minor change occured several hops away. Small CPUs will start # to glow if you do this in a mesh of considerable size. Rather the table # should be recalculated if a change occured in the neighborhood # of this node. The first number is the number of hops. Nodes within # this number of hops trigger a recalculation of the table. If the # number is 0 no incoming topology control packet will trigger # a recalculation of the table. The second number (floating point!) # is the length ot the interval until the table is recalculated anyway. LinkQualityDijkstraLimit 1 6.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Internet gateway: 0.0.0.0 0.0.0.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available #Willingness 4 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 6 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed Net 192.168.16.0 255.255.255.0 } # Wether to use hysteresis or not # Hysteresis adds more robustness to the # link sensing but delays neighbor registration. # Used by default. 'yes' or 'no' # Do not use hysteresis with ETX! UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 MprCoverage 5 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: LoadPlugin "olsrd_dyn_gw.so.0.3" { # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # Example: dyn_gw params # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" } LoadPlugin "olsrd_httpinfo.so.0.1" { PlParam "port" "8080" PlParam "Net" "0.0.0.0 255.255.255.255" } # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # can be specified in the same block # and multiple blocks can be set. # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "eth1" "eth2" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # Ip4Broadcast 255.255.255.255 # IPv6 address scope to use. # Must be 'site-local' or 'global' # Ip6AddrType site-local # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # Ip6MulticastSite ff05::11 # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # Ip6MulticastGlobal ff0e::1 # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # Hello interval in seconds(float) HelloInterval 5.0 # HELLO validity time HelloValidityTime 200.0 # TC interval in seconds(float) 0.5 is only viable when # LinkQualityFishEye is enabled. Otherwise larger networks would # suffocate from a massive protocol overhead of TC-messages TcInterval 0.5 # TC validity time TcValidityTime 250.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 100.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 100.0 # If a certain route should be preferred or ignored by the mesh, the # Link Quality value of a node can be multiplied with a factor entered # here. In the example the route using 192.168.0.1 would rather be # ignored. A multiplier of 0.5 will result in a small (bad) LinkQuality # value and a high (bad) ETX value. Note: Link quality multiplier is # used only when LinkQualityLevel is > 0. # LinkQualityMult 10.200.172.200 0.9 # This multiplier applies to all other nodes # LinkQualityMult default 0.8 } 1614 1613 2007-07-03T12:56:07Z Dako 4 wikitext text/x-wiki ==un petit tableau pour expliquer les différents paramètres== "le fichiers olsrd.conf d une freifunk" DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.5 TcRedundancy 2 MprCoverage 7 RtTable 254 LQThreshold 1.25 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 9.0 LoadPlugin "olsrd_dyn_gw_plain.so.0.4" { } LoadPlugin "olsrd_nameservice.so.0.2" { PlParam "name" "rtt" PlParam "hosts-file" "/var/etc/hosts" PlParam "suffix" ".olsr" } LoadPlugin "olsrd_txtinfo.so.0.1" { PlParam "Accept" "127.0.0.1" } Hna4 { } IpcConnect { MaxConnections 1 Host 127.0.0.1 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 6.0 HelloValidityTime 108.0 TcInterval 4.0 TcValidityTime 324.0 MidInterval 18.0 MidValidityTime 324.0 HnaInterval 18.0 HnaValidityTime 108.0 } Interface "br0" { HelloInterval 6.0 HelloValidityTime 108.0 TcInterval 4.0 TcValidityTime 324.0 MidInterval 18.0 MidValidityTime 324.0 HnaInterval 18.0 HnaValidityTime 108.0 } # Add your addons (e.g. plugins) to olsrd.conf here, # addons for interfaces in /etc/local.olsrd.conf.eth1 "un fichiers de config d un olsr compilé a partir de source de openmesh" # niveau de debug(0-9) # si vous mettez a 0 le daemon tourne en tache de fond DebugLevel 0 # Fisheye mechanism for TC messages 0=off, 1=on LinkQualityFishEye 1 # Don't recalculate the Dijkstra-table for every incoming topology # control packet. There is no need to recalculate the whole table # if a minor change occured several hops away. Small CPUs will start # to glow if you do this in a mesh of considerable size. Rather the table # should be recalculated if a change occured in the neighborhood # of this node. The first number is the number of hops. Nodes within # this number of hops trigger a recalculation of the table. If the # number is 0 no incoming topology control packet will trigger # a recalculation of the table. The second number (floating point!) # is the length ot the interval until the table is recalculated anyway. LinkQualityDijkstraLimit 1 6.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Internet gateway: 0.0.0.0 0.0.0.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available #Willingness 4 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 6 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed Net 192.168.16.0 255.255.255.0 } # Wether to use hysteresis or not # Hysteresis adds more robustness to the # link sensing but delays neighbor registration. # Used by default. 'yes' or 'no' # Do not use hysteresis with ETX! UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 MprCoverage 5 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: LoadPlugin "olsrd_dyn_gw.so.0.3" { # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # # Example: dyn_gw params # # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" } # #LoadPlugin "olsrd_httpinfo.so.0.1" #{ # PlParam "port" "8080" # PlParam "Net" "0.0.0.0 255.255.255.255" #} # ## # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # can be specified in the same block # and multiple blocks can be set. # # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): # Interface "eth1" "eth2" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # # Ip4Broadcast 255.255.255.255 # # IPv6 address scope to use. # Must be 'site-local' or 'global' # # Ip6AddrType site-local # # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # # Ip6MulticastSite ff05::11 # # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # # Ip6MulticastGlobal ff0e::1 # # # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # # Hello interval in seconds(float) HelloInterval 5.0 # # HELLO validity time HelloValidityTime 200.0 # # # TC interval in seconds(float) 0.5 is only viable when # LinkQualityFishEye is enabled. Otherwise larger networks would # suffocate from a massive protocol overhead of TC-messages # TcInterval 0.5 # TC validity time TcValidityTime 250.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 100.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 100.0 # If a certain route should be preferred or ignored by the mesh, the # Link Quality value of a node can be multiplied with a factor entered # here. In the example the route using 192.168.0.1 would rather be # ignored. A multiplier of 0.5 will result in a small (bad) LinkQuality # value and a high (bad) ETX value. Note: Link quality multiplier is # used only when LinkQualityLevel is > 0. # LinkQualityMult 10.200.172.200 0.9 # This multiplier applies to all other nodes # LinkQualityMult default 0.8 } 1615 1614 2007-07-03T13:54:40Z Dako 4 wikitext text/x-wiki ===un petit tableau pour expliquer les différents paramètres=== ====ideal==== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.1 TcRedundancy 2 MprCoverage 7 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 5.0 Hna4 { # @@HNA_IP@@ @@HNA_MASK@@ # 0.0.0.0 0.0.0.0 } LoadPlugin "olsrd_dyn_gw.so.0.4" { } LoadPlugin "olsrd_httpinfo.so.0.1" { PlParam "port" "8080" PlParam "Host" "127.0.0.1" PlParam "Net" "192.168.1.0 255.255.255.0" } IpcConnect { MaxConnections 1 Host 127.0.0.1 Net 192.168.1.0 255.255.255.0 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 5.0 HelloValidityTime 20.0 TcInterval 2.0 TcValidityTime 30.0 MidInterval 15.0 MidValidityTime 30.0 HnaInterval 15.0 HnaValidityTime 30.0 } ====le fichiers olsrd.conf d une freifunk==== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.5 TcRedundancy 2 MprCoverage 7 RtTable 254 LQThreshold 1.25 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 9.0 LoadPlugin "olsrd_dyn_gw_plain.so.0.4" { } LoadPlugin "olsrd_nameservice.so.0.2" { PlParam "name" "rtt" PlParam "hosts-file" "/var/etc/hosts" PlParam "suffix" ".olsr" } LoadPlugin "olsrd_txtinfo.so.0.1" { PlParam "Accept" "127.0.0.1" } Hna4 { } IpcConnect { MaxConnections 1 Host 127.0.0.1 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 6.0 HelloValidityTime 108.0 TcInterval 4.0 TcValidityTime 324.0 MidInterval 18.0 MidValidityTime 324.0 HnaInterval 18.0 HnaValidityTime 108.0 } Interface "br0" { HelloInterval 6.0 HelloValidityTime 108.0 TcInterval 4.0 TcValidityTime 324.0 MidInterval 18.0 MidValidityTime 324.0 HnaInterval 18.0 HnaValidityTime 108.0 } # Add your addons (e.g. plugins) to olsrd.conf here, # addons for interfaces in /etc/local.olsrd.conf.eth1 ====un fichiers de config d un olsr compilé a partir de source de openmesh==== # niveau de debug(0-9) # si vous mettez a 0 le daemon tourne en tache de fond DebugLevel 0 # Fisheye mechanism for TC messages 0=off, 1=on LinkQualityFishEye 1 # Don't recalculate the Dijkstra-table for every incoming topology # control packet. There is no need to recalculate the whole table # if a minor change occured several hops away. Small CPUs will start # to glow if you do this in a mesh of considerable size. Rather the table # should be recalculated if a change occured in the neighborhood # of this node. The first number is the number of hops. Nodes within # this number of hops trigger a recalculation of the table. If the # number is 0 no incoming topology control packet will trigger # a recalculation of the table. The second number (floating point!) # is the length ot the interval until the table is recalculated anyway. LinkQualityDijkstraLimit 1 6.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Internet gateway: 0.0.0.0 0.0.0.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available #Willingness 4 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 6 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed Net 192.168.16.0 255.255.255.0 } # Wether to use hysteresis or not # Hysteresis adds more robustness to the # link sensing but delays neighbor registration. # Used by default. 'yes' or 'no' # Do not use hysteresis with ETX! UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 MprCoverage 5 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: LoadPlugin "olsrd_dyn_gw.so.0.3" { # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # # Example: dyn_gw params # # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" } # #LoadPlugin "olsrd_httpinfo.so.0.1" #{ # PlParam "port" "8080" # PlParam "Net" "0.0.0.0 255.255.255.255" #} # ## # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # can be specified in the same block # and multiple blocks can be set. # # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): # Interface "eth1" "eth2" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # # Ip4Broadcast 255.255.255.255 # # IPv6 address scope to use. # Must be 'site-local' or 'global' # # Ip6AddrType site-local # # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # # Ip6MulticastSite ff05::11 # # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # # Ip6MulticastGlobal ff0e::1 # # # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # # Hello interval in seconds(float) HelloInterval 5.0 # # HELLO validity time HelloValidityTime 200.0 # # # TC interval in seconds(float) 0.5 is only viable when # LinkQualityFishEye is enabled. Otherwise larger networks would # suffocate from a massive protocol overhead of TC-messages # TcInterval 0.5 # TC validity time TcValidityTime 250.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 100.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 100.0 # If a certain route should be preferred or ignored by the mesh, the # Link Quality value of a node can be multiplied with a factor entered # here. In the example the route using 192.168.0.1 would rather be # ignored. A multiplier of 0.5 will result in a small (bad) LinkQuality # value and a high (bad) ETX value. Note: Link quality multiplier is # used only when LinkQualityLevel is > 0. # LinkQualityMult 10.200.172.200 0.9 # This multiplier applies to all other nodes # LinkQualityMult default 0.8 } 1616 1615 2007-07-03T13:57:20Z Dako 4 wikitext text/x-wiki ===un petit tableau pour expliquer les différents paramètres=== ====ideal==== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.1 TcRedundancy 2 MprCoverage 7 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 5.0 IpcConnect { MaxConnections 1 Host 127.0.0.1 Net 192.168.1.0 255.255.255.0 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 5.0 HelloValidityTime 20.0 TcInterval 2.0 TcValidityTime 30.0 MidInterval 15.0 MidValidityTime 30.0 HnaInterval 15.0 HnaValidityTime 30.0 } ====le fichiers olsrd.conf d une freifunk==== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.5 TcRedundancy 2 MprCoverage 7 RtTable 254 LQThreshold 1.25 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 9.0 LoadPlugin "olsrd_dyn_gw_plain.so.0.4" { } LoadPlugin "olsrd_nameservice.so.0.2" { PlParam "name" "rtt" PlParam "hosts-file" "/var/etc/hosts" PlParam "suffix" ".olsr" } LoadPlugin "olsrd_txtinfo.so.0.1" { PlParam "Accept" "127.0.0.1" } Hna4 { } IpcConnect { MaxConnections 1 Host 127.0.0.1 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 6.0 HelloValidityTime 108.0 TcInterval 4.0 TcValidityTime 324.0 MidInterval 18.0 MidValidityTime 324.0 HnaInterval 18.0 HnaValidityTime 108.0 } Interface "br0" { HelloInterval 6.0 HelloValidityTime 108.0 TcInterval 4.0 TcValidityTime 324.0 MidInterval 18.0 MidValidityTime 324.0 HnaInterval 18.0 HnaValidityTime 108.0 } # Add your addons (e.g. plugins) to olsrd.conf here, # addons for interfaces in /etc/local.olsrd.conf.eth1 ====un fichiers de config d un olsr compilé a partir de source de openmesh==== # niveau de debug(0-9) # si vous mettez a 0 le daemon tourne en tache de fond DebugLevel 0 # Fisheye mechanism for TC messages 0=off, 1=on LinkQualityFishEye 1 # Don't recalculate the Dijkstra-table for every incoming topology # control packet. There is no need to recalculate the whole table # if a minor change occured several hops away. Small CPUs will start # to glow if you do this in a mesh of considerable size. Rather the table # should be recalculated if a change occured in the neighborhood # of this node. The first number is the number of hops. Nodes within # this number of hops trigger a recalculation of the table. If the # number is 0 no incoming topology control packet will trigger # a recalculation of the table. The second number (floating point!) # is the length ot the interval until the table is recalculated anyway. LinkQualityDijkstraLimit 1 6.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Internet gateway: 0.0.0.0 0.0.0.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available #Willingness 4 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 6 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed Net 192.168.16.0 255.255.255.0 } # Wether to use hysteresis or not # Hysteresis adds more robustness to the # link sensing but delays neighbor registration. # Used by default. 'yes' or 'no' # Do not use hysteresis with ETX! UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 MprCoverage 5 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: LoadPlugin "olsrd_dyn_gw.so.0.3" { # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # # Example: dyn_gw params # # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" } # #LoadPlugin "olsrd_httpinfo.so.0.1" #{ # PlParam "port" "8080" # PlParam "Net" "0.0.0.0 255.255.255.255" #} # ## # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # can be specified in the same block # and multiple blocks can be set. # # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): # Interface "eth1" "eth2" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # # Ip4Broadcast 255.255.255.255 # # IPv6 address scope to use. # Must be 'site-local' or 'global' # # Ip6AddrType site-local # # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # # Ip6MulticastSite ff05::11 # # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # # Ip6MulticastGlobal ff0e::1 # # # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # # Hello interval in seconds(float) HelloInterval 5.0 # # HELLO validity time HelloValidityTime 200.0 # # # TC interval in seconds(float) 0.5 is only viable when # LinkQualityFishEye is enabled. Otherwise larger networks would # suffocate from a massive protocol overhead of TC-messages # TcInterval 0.5 # TC validity time TcValidityTime 250.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 100.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 100.0 ## ## # If a certain route should be preferred or ignored by the mesh, the # Link Quality value of a node can be multiplied with a factor entered # here. In the example the route using 192.168.0.1 would rather be # ignored. A multiplier of 0.5 will result in a small (bad) LinkQuality # value and a high (bad) ETX value. Note: Link quality multiplier is # used only when LinkQualityLevel is > 0. # LinkQualityMult 10.200.172.200 0.9 # This multiplier applies to all other nodes # LinkQualityMult default 0.8 } 1617 1616 2007-07-03T14:29:04Z Dako 4 wikitext text/x-wiki ===un petit tableau pour expliquer les différents paramètres=== ====ideal==== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.1 TcRedundancy 2 MprCoverage 7 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 5.0 IpcConnect { MaxConnections 1 Host 127.0.0.1 Net 192.168.1.0 255.255.255.0 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 5.0 HelloValidityTime 20.0 TcInterval 2.0 TcValidityTime 30.0 MidInterval 15.0 MidValidityTime 30.0 HnaInterval 15.0 HnaValidityTime 30.0 } ====le fichiers olsrd.conf d une freifunk==== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.5 TcRedundancy 2 MprCoverage 7 RtTable 254 LQThreshold 1.25 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 9.0 LoadPlugin "olsrd_dyn_gw_plain.so.0.4" { } LoadPlugin "olsrd_nameservice.so.0.2" { PlParam "name" "rtt" PlParam "hosts-file" "/var/etc/hosts" PlParam "suffix" ".olsr" } LoadPlugin "olsrd_txtinfo.so.0.1" { PlParam "Accept" "127.0.0.1" } Hna4 { } IpcConnect { MaxConnections 1 Host 127.0.0.1 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 6.0 HelloValidityTime 108.0 TcInterval 4.0 TcValidityTime 324.0 MidInterval 18.0 MidValidityTime 324.0 HnaInterval 18.0 HnaValidityTime 108.0 } Interface "br0" { HelloInterval 6.0 HelloValidityTime 108.0 TcInterval 4.0 TcValidityTime 324.0 MidInterval 18.0 MidValidityTime 324.0 HnaInterval 18.0 HnaValidityTime 108.0 } # Add your addons (e.g. plugins) to olsrd.conf here, # addons for interfaces in /etc/local.olsrd.conf.eth1 ====un fichiers de config d un olsr compilé a partir de source de openmesh==== # niveau de debug(0-9) # si vous mettez a 0 le daemon tourne en tache de fond DebugLevel 0 # Fisheye mechanism for TC messages 0=off, 1=on LinkQualityFishEye 1 # Don't recalculate the Dijkstra-table for every incoming topology # control packet. There is no need to recalculate the whole table # if a minor change occured several hops away. Small CPUs will start # to glow if you do this in a mesh of considerable size. Rather the table # should be recalculated if a change occured in the neighborhood # of this node. The first number is the number of hops. Nodes within # this number of hops trigger a recalculation of the table. If the # number is 0 no incoming topology control packet will trigger # a recalculation of the table. The second number (floating point!) # is the length ot the interval until the table is recalculated anyway. LinkQualityDijkstraLimit 1 6.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Internet gateway: 0.0.0.0 0.0.0.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available #Willingness 4 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 6 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed Net 192.168.16.0 255.255.255.0 } # Wether to use hysteresis or not # Hysteresis adds more robustness to the # link sensing but delays neighbor registration. # Used by default. 'yes' or 'no' # Do not use hysteresis with ETX! UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 MprCoverage 5 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: LoadPlugin "olsrd_dyn_gw.so.0.3" { # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # # Example: dyn_gw params # # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" } # #LoadPlugin "olsrd_httpinfo.so.0.1" #{ # PlParam "port" "8080" # PlParam "Net" "0.0.0.0 255.255.255.255" #} # ## # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # can be specified in the same block # and multiple blocks can be set. # # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): # Interface "eth1" "eth2" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # # Ip4Broadcast 255.255.255.255 # # IPv6 address scope to use. # Must be 'site-local' or 'global' # # Ip6AddrType site-local # # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # # Ip6MulticastSite ff05::11 # # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # # Ip6MulticastGlobal ff0e::1 # # # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # # Hello interval in seconds(float) HelloInterval 5.0 # # HELLO validity time HelloValidityTime 200.0 # # # TC interval in seconds(float) 0.5 is only viable when # LinkQualityFishEye is enabled. Otherwise larger networks would # suffocate from a massive protocol overhead of TC-messages # TcInterval 0.5 # TC validity time TcValidityTime 250.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 100.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 100.0 ## ## # If a certain route should be preferred or ignored by the mesh, the # Link Quality value of a node can be multiplied with a factor entered # here. In the example the route using 192.168.0.1 would rather be # ignored. A multiplier of 0.5 will result in a small (bad) LinkQuality # value and a high (bad) ETX value. Note: Link quality multiplier is # used only when LinkQualityLevel is > 0. # LinkQualityMult 10.200.172.200 0.9 # This multiplier applies to all other nodes # LinkQualityMult default 0.8 } ====un tableau pour comprendre les options==== {| class="wikitable" | |pollingrate |TcRedundancy |MprCoverage |LinkQualityFishEye |LinkQualityWinSize |LinkQualityDijkstraLimit |- | |bas taux de vote |? |? | | | |- |valeurs ideale | | | | | | |} 1618 1617 2007-07-03T14:30:38Z Dako 4 wikitext text/x-wiki ===un petit tableau pour expliquer les différents paramètres=== ====ideal==== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.1 TcRedundancy 2 MprCoverage 7 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 5.0 IpcConnect { MaxConnections 1 Host 127.0.0.1 Net 192.168.1.0 255.255.255.0 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 5.0 HelloValidityTime 20.0 TcInterval 2.0 TcValidityTime 30.0 MidInterval 15.0 MidValidityTime 30.0 HnaInterval 15.0 HnaValidityTime 30.0 } ====le fichiers olsrd.conf d une freifunk==== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.5 TcRedundancy 2 MprCoverage 7 RtTable 254 LQThreshold 1.25 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 9.0 LoadPlugin "olsrd_dyn_gw_plain.so.0.4" { } LoadPlugin "olsrd_nameservice.so.0.2" { PlParam "name" "rtt" PlParam "hosts-file" "/var/etc/hosts" PlParam "suffix" ".olsr" } LoadPlugin "olsrd_txtinfo.so.0.1" { PlParam "Accept" "127.0.0.1" } Hna4 { } IpcConnect { MaxConnections 1 Host 127.0.0.1 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 6.0 HelloValidityTime 108.0 TcInterval 4.0 TcValidityTime 324.0 MidInterval 18.0 MidValidityTime 324.0 HnaInterval 18.0 HnaValidityTime 108.0 } Interface "br0" { HelloInterval 6.0 HelloValidityTime 108.0 TcInterval 4.0 TcValidityTime 324.0 MidInterval 18.0 MidValidityTime 324.0 HnaInterval 18.0 HnaValidityTime 108.0 } # Add your addons (e.g. plugins) to olsrd.conf here, # addons for interfaces in /etc/local.olsrd.conf.eth1 ====un fichiers de config d un olsr compilé a partir de source de openmesh==== # niveau de debug(0-9) # si vous mettez a 0 le daemon tourne en tache de fond DebugLevel 0 # Fisheye mechanism for TC messages 0=off, 1=on LinkQualityFishEye 1 # Don't recalculate the Dijkstra-table for every incoming topology # control packet. There is no need to recalculate the whole table # if a minor change occured several hops away. Small CPUs will start # to glow if you do this in a mesh of considerable size. Rather the table # should be recalculated if a change occured in the neighborhood # of this node. The first number is the number of hops. Nodes within # this number of hops trigger a recalculation of the table. If the # number is 0 no incoming topology control packet will trigger # a recalculation of the table. The second number (floating point!) # is the length ot the interval until the table is recalculated anyway. LinkQualityDijkstraLimit 1 6.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Internet gateway: 0.0.0.0 0.0.0.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available #Willingness 4 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 6 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed Net 192.168.16.0 255.255.255.0 } # Wether to use hysteresis or not # Hysteresis adds more robustness to the # link sensing but delays neighbor registration. # Used by default. 'yes' or 'no' # Do not use hysteresis with ETX! UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 MprCoverage 5 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: LoadPlugin "olsrd_dyn_gw.so.0.3" { # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # # Example: dyn_gw params # # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" } # #LoadPlugin "olsrd_httpinfo.so.0.1" #{ # PlParam "port" "8080" # PlParam "Net" "0.0.0.0 255.255.255.255" #} # ## # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # can be specified in the same block # and multiple blocks can be set. # # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): # Interface "eth1" "eth2" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # # Ip4Broadcast 255.255.255.255 # # IPv6 address scope to use. # Must be 'site-local' or 'global' # # Ip6AddrType site-local # # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # # Ip6MulticastSite ff05::11 # # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # # Ip6MulticastGlobal ff0e::1 # # # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # # Hello interval in seconds(float) HelloInterval 5.0 # # HELLO validity time HelloValidityTime 200.0 # # # TC interval in seconds(float) 0.5 is only viable when # LinkQualityFishEye is enabled. Otherwise larger networks would # suffocate from a massive protocol overhead of TC-messages # TcInterval 0.5 # TC validity time TcValidityTime 250.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 100.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 100.0 ## ## # If a certain route should be preferred or ignored by the mesh, the # Link Quality value of a node can be multiplied with a factor entered # here. In the example the route using 192.168.0.1 would rather be # ignored. A multiplier of 0.5 will result in a small (bad) LinkQuality # value and a high (bad) ETX value. Note: Link quality multiplier is # used only when LinkQualityLevel is > 0. # LinkQualityMult 10.200.172.200 0.9 # This multiplier applies to all other nodes # LinkQualityMult default 0.8 } ====un tableau pour comprendre les options==== {| class="wikitable" |X |pollingrate |TcRedundancy |MprCoverage |LinkQualityFishEye |LinkQualityWinSize |LinkQualityDijkstraLimit |- |Intitulé |taux de vote |? |? | | | |- |valeurs idéale | | | | | | |} 1619 1618 2007-07-03T14:31:19Z Dako 4 wikitext text/x-wiki ====ideal==== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.1 TcRedundancy 2 MprCoverage 7 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 5.0 IpcConnect { MaxConnections 1 Host 127.0.0.1 Net 192.168.1.0 255.255.255.0 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 5.0 HelloValidityTime 20.0 TcInterval 2.0 TcValidityTime 30.0 MidInterval 15.0 MidValidityTime 30.0 HnaInterval 15.0 HnaValidityTime 30.0 } ====le fichiers olsrd.conf d une freifunk==== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.5 TcRedundancy 2 MprCoverage 7 RtTable 254 LQThreshold 1.25 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 9.0 LoadPlugin "olsrd_dyn_gw_plain.so.0.4" { } LoadPlugin "olsrd_nameservice.so.0.2" { PlParam "name" "rtt" PlParam "hosts-file" "/var/etc/hosts" PlParam "suffix" ".olsr" } LoadPlugin "olsrd_txtinfo.so.0.1" { PlParam "Accept" "127.0.0.1" } Hna4 { } IpcConnect { MaxConnections 1 Host 127.0.0.1 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 6.0 HelloValidityTime 108.0 TcInterval 4.0 TcValidityTime 324.0 MidInterval 18.0 MidValidityTime 324.0 HnaInterval 18.0 HnaValidityTime 108.0 } Interface "br0" { HelloInterval 6.0 HelloValidityTime 108.0 TcInterval 4.0 TcValidityTime 324.0 MidInterval 18.0 MidValidityTime 324.0 HnaInterval 18.0 HnaValidityTime 108.0 } # Add your addons (e.g. plugins) to olsrd.conf here, # addons for interfaces in /etc/local.olsrd.conf.eth1 ====un fichiers de config d un olsr compilé a partir de source de openmesh==== # niveau de debug(0-9) # si vous mettez a 0 le daemon tourne en tache de fond DebugLevel 0 # Fisheye mechanism for TC messages 0=off, 1=on LinkQualityFishEye 1 # Don't recalculate the Dijkstra-table for every incoming topology # control packet. There is no need to recalculate the whole table # if a minor change occured several hops away. Small CPUs will start # to glow if you do this in a mesh of considerable size. Rather the table # should be recalculated if a change occured in the neighborhood # of this node. The first number is the number of hops. Nodes within # this number of hops trigger a recalculation of the table. If the # number is 0 no incoming topology control packet will trigger # a recalculation of the table. The second number (floating point!) # is the length ot the interval until the table is recalculated anyway. LinkQualityDijkstraLimit 1 6.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Internet gateway: 0.0.0.0 0.0.0.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available #Willingness 4 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 6 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed Net 192.168.16.0 255.255.255.0 } # Wether to use hysteresis or not # Hysteresis adds more robustness to the # link sensing but delays neighbor registration. # Used by default. 'yes' or 'no' # Do not use hysteresis with ETX! UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 MprCoverage 5 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: LoadPlugin "olsrd_dyn_gw.so.0.3" { # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # # Example: dyn_gw params # # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" } # #LoadPlugin "olsrd_httpinfo.so.0.1" #{ # PlParam "port" "8080" # PlParam "Net" "0.0.0.0 255.255.255.255" #} # ## # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # can be specified in the same block # and multiple blocks can be set. # # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): # Interface "eth1" "eth2" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # # Ip4Broadcast 255.255.255.255 # # IPv6 address scope to use. # Must be 'site-local' or 'global' # # Ip6AddrType site-local # # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # # Ip6MulticastSite ff05::11 # # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # # Ip6MulticastGlobal ff0e::1 # # # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # # Hello interval in seconds(float) HelloInterval 5.0 # # HELLO validity time HelloValidityTime 200.0 # # # TC interval in seconds(float) 0.5 is only viable when # LinkQualityFishEye is enabled. Otherwise larger networks would # suffocate from a massive protocol overhead of TC-messages # TcInterval 0.5 # TC validity time TcValidityTime 250.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 100.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 100.0 ## ## # If a certain route should be preferred or ignored by the mesh, the # Link Quality value of a node can be multiplied with a factor entered # here. In the example the route using 192.168.0.1 would rather be # ignored. A multiplier of 0.5 will result in a small (bad) LinkQuality # value and a high (bad) ETX value. Note: Link quality multiplier is # used only when LinkQualityLevel is > 0. # LinkQualityMult 10.200.172.200 0.9 # This multiplier applies to all other nodes # LinkQualityMult default 0.8 } ====un tableau pour comprendre les options==== {| class="wikitable" |X |pollingrate |TcRedundancy |MprCoverage |LinkQualityFishEye |LinkQualityWinSize |LinkQualityDijkstraLimit |- |Intitulé |taux de vote |? |? | | | |- |valeurs idéale | | | | | | |} 1620 1619 2007-07-03T14:32:39Z Dako 4 wikitext text/x-wiki ====ideal==== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.1 TcRedundancy 2 MprCoverage 7 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 5.0 IpcConnect { MaxConnections 1 Host 127.0.0.1 Net 192.168.1.0 255.255.255.0 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 5.0 HelloValidityTime 20.0 TcInterval 2.0 TcValidityTime 30.0 MidInterval 15.0 MidValidityTime 30.0 HnaInterval 15.0 HnaValidityTime 30.0 } ====le fichiers olsrd.conf d une freifunk==== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.5 TcRedundancy 2 MprCoverage 7 RtTable 254 LQThreshold 1.25 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 9.0 LoadPlugin "olsrd_dyn_gw_plain.so.0.4" { } LoadPlugin "olsrd_nameservice.so.0.2" { PlParam "name" "rtt" PlParam "hosts-file" "/var/etc/hosts" PlParam "suffix" ".olsr" } LoadPlugin "olsrd_txtinfo.so.0.1" { PlParam "Accept" "127.0.0.1" } Hna4 { } IpcConnect { MaxConnections 1 Host 127.0.0.1 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 6.0 HelloValidityTime 108.0 TcInterval 4.0 TcValidityTime 324.0 MidInterval 18.0 MidValidityTime 324.0 HnaInterval 18.0 HnaValidityTime 108.0 } Interface "br0" { HelloInterval 6.0 HelloValidityTime 108.0 TcInterval 4.0 TcValidityTime 324.0 MidInterval 18.0 MidValidityTime 324.0 HnaInterval 18.0 HnaValidityTime 108.0 } # Add your addons (e.g. plugins) to olsrd.conf here, # addons for interfaces in /etc/local.olsrd.conf.eth1 ====un fichiers de config d un olsr compilé a partir de source de openmesh==== # niveau de debug(0-9) # si vous mettez a 0 le daemon tourne en tache de fond DebugLevel 0 # Fisheye mechanism for TC messages 0=off, 1=on LinkQualityFishEye 1 # Don't recalculate the Dijkstra-table for every incoming topology # control packet. There is no need to recalculate the whole table # if a minor change occured several hops away. Small CPUs will start # to glow if you do this in a mesh of considerable size. Rather the table # should be recalculated if a change occured in the neighborhood # of this node. The first number is the number of hops. Nodes within # this number of hops trigger a recalculation of the table. If the # number is 0 no incoming topology control packet will trigger # a recalculation of the table. The second number (floating point!) # is the length ot the interval until the table is recalculated anyway. LinkQualityDijkstraLimit 1 6.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Internet gateway: 0.0.0.0 0.0.0.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available #Willingness 4 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 6 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed Net 192.168.16.0 255.255.255.0 } # Wether to use hysteresis or not # Hysteresis adds more robustness to the # link sensing but delays neighbor registration. # Used by default. 'yes' or 'no' # Do not use hysteresis with ETX! UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 MprCoverage 5 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: LoadPlugin "olsrd_dyn_gw.so.0.3" { # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # # Example: dyn_gw params # # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" } # #LoadPlugin "olsrd_httpinfo.so.0.1" #{ # PlParam "port" "8080" # PlParam "Net" "0.0.0.0 255.255.255.255" #} # ## # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # can be specified in the same block # and multiple blocks can be set. # # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): # Interface "eth1" "eth2" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # # Ip4Broadcast 255.255.255.255 # # IPv6 address scope to use. # Must be 'site-local' or 'global' # # Ip6AddrType site-local # # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # # Ip6MulticastSite ff05::11 # # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # # Ip6MulticastGlobal ff0e::1 # # # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # # Hello interval in seconds(float) HelloInterval 5.0 # # HELLO validity time HelloValidityTime 200.0 # # # TC interval in seconds(float) 0.5 is only viable when # LinkQualityFishEye is enabled. Otherwise larger networks would # suffocate from a massive protocol overhead of TC-messages # TcInterval 0.5 # TC validity time TcValidityTime 250.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 100.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 100.0 ## ## # If a certain route should be preferred or ignored by the mesh, the # Link Quality value of a node can be multiplied with a factor entered # here. In the example the route using 192.168.0.1 would rather be # ignored. A multiplier of 0.5 will result in a small (bad) LinkQuality # value and a high (bad) ETX value. Note: Link quality multiplier is # used only when LinkQualityLevel is > 0. # LinkQualityMult 10.200.172.200 0.9 # This multiplier applies to all other nodes # LinkQualityMult default 0.8 } ====un tableau pour comprendre les options==== {| class="wikitable" |X !pollingrate !TcRedundancy !MprCoverage !LinkQualityFishEye !LinkQualityWinSize !LinkQualityDijkstraLimit |- !Intitulé |taux de vote |? |? | | | |- !valeurs idéale | | | | | | |} 1621 1620 2007-07-03T14:32:42Z Phil 1 /* un tableau pour comprendre les options */ wikitext text/x-wiki ====ideal==== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.1 TcRedundancy 2 MprCoverage 7 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 5.0 IpcConnect { MaxConnections 1 Host 127.0.0.1 Net 192.168.1.0 255.255.255.0 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 5.0 HelloValidityTime 20.0 TcInterval 2.0 TcValidityTime 30.0 MidInterval 15.0 MidValidityTime 30.0 HnaInterval 15.0 HnaValidityTime 30.0 } ====le fichiers olsrd.conf d une freifunk==== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.5 TcRedundancy 2 MprCoverage 7 RtTable 254 LQThreshold 1.25 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 9.0 LoadPlugin "olsrd_dyn_gw_plain.so.0.4" { } LoadPlugin "olsrd_nameservice.so.0.2" { PlParam "name" "rtt" PlParam "hosts-file" "/var/etc/hosts" PlParam "suffix" ".olsr" } LoadPlugin "olsrd_txtinfo.so.0.1" { PlParam "Accept" "127.0.0.1" } Hna4 { } IpcConnect { MaxConnections 1 Host 127.0.0.1 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 6.0 HelloValidityTime 108.0 TcInterval 4.0 TcValidityTime 324.0 MidInterval 18.0 MidValidityTime 324.0 HnaInterval 18.0 HnaValidityTime 108.0 } Interface "br0" { HelloInterval 6.0 HelloValidityTime 108.0 TcInterval 4.0 TcValidityTime 324.0 MidInterval 18.0 MidValidityTime 324.0 HnaInterval 18.0 HnaValidityTime 108.0 } # Add your addons (e.g. plugins) to olsrd.conf here, # addons for interfaces in /etc/local.olsrd.conf.eth1 ====un fichiers de config d un olsr compilé a partir de source de openmesh==== # niveau de debug(0-9) # si vous mettez a 0 le daemon tourne en tache de fond DebugLevel 0 # Fisheye mechanism for TC messages 0=off, 1=on LinkQualityFishEye 1 # Don't recalculate the Dijkstra-table for every incoming topology # control packet. There is no need to recalculate the whole table # if a minor change occured several hops away. Small CPUs will start # to glow if you do this in a mesh of considerable size. Rather the table # should be recalculated if a change occured in the neighborhood # of this node. The first number is the number of hops. Nodes within # this number of hops trigger a recalculation of the table. If the # number is 0 no incoming topology control packet will trigger # a recalculation of the table. The second number (floating point!) # is the length ot the interval until the table is recalculated anyway. LinkQualityDijkstraLimit 1 6.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Internet gateway: 0.0.0.0 0.0.0.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available #Willingness 4 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 6 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed Net 192.168.16.0 255.255.255.0 } # Wether to use hysteresis or not # Hysteresis adds more robustness to the # link sensing but delays neighbor registration. # Used by default. 'yes' or 'no' # Do not use hysteresis with ETX! UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 MprCoverage 5 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: LoadPlugin "olsrd_dyn_gw.so.0.3" { # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # # Example: dyn_gw params # # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" } # #LoadPlugin "olsrd_httpinfo.so.0.1" #{ # PlParam "port" "8080" # PlParam "Net" "0.0.0.0 255.255.255.255" #} # ## # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # can be specified in the same block # and multiple blocks can be set. # # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): # Interface "eth1" "eth2" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # # Ip4Broadcast 255.255.255.255 # # IPv6 address scope to use. # Must be 'site-local' or 'global' # # Ip6AddrType site-local # # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # # Ip6MulticastSite ff05::11 # # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # # Ip6MulticastGlobal ff0e::1 # # # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # # Hello interval in seconds(float) HelloInterval 5.0 # # HELLO validity time HelloValidityTime 200.0 # # # TC interval in seconds(float) 0.5 is only viable when # LinkQualityFishEye is enabled. Otherwise larger networks would # suffocate from a massive protocol overhead of TC-messages # TcInterval 0.5 # TC validity time TcValidityTime 250.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 100.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 100.0 ## ## # If a certain route should be preferred or ignored by the mesh, the # Link Quality value of a node can be multiplied with a factor entered # here. In the example the route using 192.168.0.1 would rather be # ignored. A multiplier of 0.5 will result in a small (bad) LinkQuality # value and a high (bad) ETX value. Note: Link quality multiplier is # used only when LinkQualityLevel is > 0. # LinkQualityMult 10.200.172.200 0.9 # This multiplier applies to all other nodes # LinkQualityMult default 0.8 } ====un tableau pour comprendre les options==== {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |X !pollingrate !TcRedundancy !MprCoverage !LinkQualityFishEye !LinkQualityWinSize !LinkQualityDijkstraLimit |- !Intitulé |taux de vote |? |? | | | |- !valeurs idéale | | | | | | |} 1622 1621 2007-07-03T14:33:51Z Dako 4 /* un tableau pour comprendre les options */ wikitext text/x-wiki ====ideal==== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.1 TcRedundancy 2 MprCoverage 7 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 5.0 IpcConnect { MaxConnections 1 Host 127.0.0.1 Net 192.168.1.0 255.255.255.0 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 5.0 HelloValidityTime 20.0 TcInterval 2.0 TcValidityTime 30.0 MidInterval 15.0 MidValidityTime 30.0 HnaInterval 15.0 HnaValidityTime 30.0 } ====le fichiers olsrd.conf d une freifunk==== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.5 TcRedundancy 2 MprCoverage 7 RtTable 254 LQThreshold 1.25 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 9.0 LoadPlugin "olsrd_dyn_gw_plain.so.0.4" { } LoadPlugin "olsrd_nameservice.so.0.2" { PlParam "name" "rtt" PlParam "hosts-file" "/var/etc/hosts" PlParam "suffix" ".olsr" } LoadPlugin "olsrd_txtinfo.so.0.1" { PlParam "Accept" "127.0.0.1" } Hna4 { } IpcConnect { MaxConnections 1 Host 127.0.0.1 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 6.0 HelloValidityTime 108.0 TcInterval 4.0 TcValidityTime 324.0 MidInterval 18.0 MidValidityTime 324.0 HnaInterval 18.0 HnaValidityTime 108.0 } Interface "br0" { HelloInterval 6.0 HelloValidityTime 108.0 TcInterval 4.0 TcValidityTime 324.0 MidInterval 18.0 MidValidityTime 324.0 HnaInterval 18.0 HnaValidityTime 108.0 } # Add your addons (e.g. plugins) to olsrd.conf here, # addons for interfaces in /etc/local.olsrd.conf.eth1 ====un fichiers de config d un olsr compilé a partir de source de openmesh==== # niveau de debug(0-9) # si vous mettez a 0 le daemon tourne en tache de fond DebugLevel 0 # Fisheye mechanism for TC messages 0=off, 1=on LinkQualityFishEye 1 # Don't recalculate the Dijkstra-table for every incoming topology # control packet. There is no need to recalculate the whole table # if a minor change occured several hops away. Small CPUs will start # to glow if you do this in a mesh of considerable size. Rather the table # should be recalculated if a change occured in the neighborhood # of this node. The first number is the number of hops. Nodes within # this number of hops trigger a recalculation of the table. If the # number is 0 no incoming topology control packet will trigger # a recalculation of the table. The second number (floating point!) # is the length ot the interval until the table is recalculated anyway. LinkQualityDijkstraLimit 1 6.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Internet gateway: 0.0.0.0 0.0.0.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available #Willingness 4 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 6 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed Net 192.168.16.0 255.255.255.0 } # Wether to use hysteresis or not # Hysteresis adds more robustness to the # link sensing but delays neighbor registration. # Used by default. 'yes' or 'no' # Do not use hysteresis with ETX! UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 MprCoverage 5 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: LoadPlugin "olsrd_dyn_gw.so.0.3" { # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # # Example: dyn_gw params # # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" } # #LoadPlugin "olsrd_httpinfo.so.0.1" #{ # PlParam "port" "8080" # PlParam "Net" "0.0.0.0 255.255.255.255" #} # ## # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # can be specified in the same block # and multiple blocks can be set. # # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): # Interface "eth1" "eth2" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # # Ip4Broadcast 255.255.255.255 # # IPv6 address scope to use. # Must be 'site-local' or 'global' # # Ip6AddrType site-local # # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # # Ip6MulticastSite ff05::11 # # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # # Ip6MulticastGlobal ff0e::1 # # # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # # Hello interval in seconds(float) HelloInterval 5.0 # # HELLO validity time HelloValidityTime 200.0 # # # TC interval in seconds(float) 0.5 is only viable when # LinkQualityFishEye is enabled. Otherwise larger networks would # suffocate from a massive protocol overhead of TC-messages # TcInterval 0.5 # TC validity time TcValidityTime 250.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 100.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 100.0 ## ## # If a certain route should be preferred or ignored by the mesh, the # Link Quality value of a node can be multiplied with a factor entered # here. In the example the route using 192.168.0.1 would rather be # ignored. A multiplier of 0.5 will result in a small (bad) LinkQuality # value and a high (bad) ETX value. Note: Link quality multiplier is # used only when LinkQualityLevel is > 0. # LinkQualityMult 10.200.172.200 0.9 # This multiplier applies to all other nodes # LinkQualityMult default 0.8 } ====un tableau pour comprendre les options==== {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |X !pollingrate !TcRedundancy !MprCoverage !LinkQualityFishEye !LinkQualityWinSize !LinkQualityDijkstraLimit |- !Intitulé |taux de vote |? |? | | | |- !valeurs idéale | | | | | | |- !valeurs olsr5.0 | | | | | | |- !valeurs freifunk | | | | | | |} 1623 1622 2007-07-03T14:35:24Z Dako 4 /* un tableau pour comprendre les options */ wikitext text/x-wiki ====ideal==== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.1 TcRedundancy 2 MprCoverage 7 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 5.0 IpcConnect { MaxConnections 1 Host 127.0.0.1 Net 192.168.1.0 255.255.255.0 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 5.0 HelloValidityTime 20.0 TcInterval 2.0 TcValidityTime 30.0 MidInterval 15.0 MidValidityTime 30.0 HnaInterval 15.0 HnaValidityTime 30.0 } ====le fichiers olsrd.conf d une freifunk==== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.5 TcRedundancy 2 MprCoverage 7 RtTable 254 LQThreshold 1.25 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 9.0 LoadPlugin "olsrd_dyn_gw_plain.so.0.4" { } LoadPlugin "olsrd_nameservice.so.0.2" { PlParam "name" "rtt" PlParam "hosts-file" "/var/etc/hosts" PlParam "suffix" ".olsr" } LoadPlugin "olsrd_txtinfo.so.0.1" { PlParam "Accept" "127.0.0.1" } Hna4 { } IpcConnect { MaxConnections 1 Host 127.0.0.1 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 6.0 HelloValidityTime 108.0 TcInterval 4.0 TcValidityTime 324.0 MidInterval 18.0 MidValidityTime 324.0 HnaInterval 18.0 HnaValidityTime 108.0 } Interface "br0" { HelloInterval 6.0 HelloValidityTime 108.0 TcInterval 4.0 TcValidityTime 324.0 MidInterval 18.0 MidValidityTime 324.0 HnaInterval 18.0 HnaValidityTime 108.0 } # Add your addons (e.g. plugins) to olsrd.conf here, # addons for interfaces in /etc/local.olsrd.conf.eth1 ====un fichiers de config d un olsr compilé a partir de source de openmesh==== # niveau de debug(0-9) # si vous mettez a 0 le daemon tourne en tache de fond DebugLevel 0 # Fisheye mechanism for TC messages 0=off, 1=on LinkQualityFishEye 1 # Don't recalculate the Dijkstra-table for every incoming topology # control packet. There is no need to recalculate the whole table # if a minor change occured several hops away. Small CPUs will start # to glow if you do this in a mesh of considerable size. Rather the table # should be recalculated if a change occured in the neighborhood # of this node. The first number is the number of hops. Nodes within # this number of hops trigger a recalculation of the table. If the # number is 0 no incoming topology control packet will trigger # a recalculation of the table. The second number (floating point!) # is the length ot the interval until the table is recalculated anyway. LinkQualityDijkstraLimit 1 6.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Internet gateway: 0.0.0.0 0.0.0.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available #Willingness 4 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 6 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed Net 192.168.16.0 255.255.255.0 } # Wether to use hysteresis or not # Hysteresis adds more robustness to the # link sensing but delays neighbor registration. # Used by default. 'yes' or 'no' # Do not use hysteresis with ETX! UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 MprCoverage 5 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: LoadPlugin "olsrd_dyn_gw.so.0.3" { # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # # Example: dyn_gw params # # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" } # #LoadPlugin "olsrd_httpinfo.so.0.1" #{ # PlParam "port" "8080" # PlParam "Net" "0.0.0.0 255.255.255.255" #} # ## # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # can be specified in the same block # and multiple blocks can be set. # # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): # Interface "eth1" "eth2" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # # Ip4Broadcast 255.255.255.255 # # IPv6 address scope to use. # Must be 'site-local' or 'global' # # Ip6AddrType site-local # # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # # Ip6MulticastSite ff05::11 # # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # # Ip6MulticastGlobal ff0e::1 # # # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # # Hello interval in seconds(float) HelloInterval 5.0 # # HELLO validity time HelloValidityTime 200.0 # # # TC interval in seconds(float) 0.5 is only viable when # LinkQualityFishEye is enabled. Otherwise larger networks would # suffocate from a massive protocol overhead of TC-messages # TcInterval 0.5 # TC validity time TcValidityTime 250.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 100.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 100.0 ## ## # If a certain route should be preferred or ignored by the mesh, the # Link Quality value of a node can be multiplied with a factor entered # here. In the example the route using 192.168.0.1 would rather be # ignored. A multiplier of 0.5 will result in a small (bad) LinkQuality # value and a high (bad) ETX value. Note: Link quality multiplier is # used only when LinkQualityLevel is > 0. # LinkQualityMult 10.200.172.200 0.9 # This multiplier applies to all other nodes # LinkQualityMult default 0.8 } ====un tableau pour comprendre les options==== {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |Intitulé !pollingrate !TcRedundancy !MprCoverage !LinkQualityFishEye !LinkQualityWinSize !LinkQualityDijkstraLimit |- !Intitulé en francais |taux de vote |? |? | | | |- !valeurs idéale | | | | | | |- !valeurs olsr5.0 | | | | | | |- !valeurs freifunk | | | | | | |} 1624 1623 2007-07-03T14:38:03Z Dako 4 /* un tableau pour comprendre les options */ wikitext text/x-wiki ====ideal==== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.1 TcRedundancy 2 MprCoverage 7 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 5.0 IpcConnect { MaxConnections 1 Host 127.0.0.1 Net 192.168.1.0 255.255.255.0 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 5.0 HelloValidityTime 20.0 TcInterval 2.0 TcValidityTime 30.0 MidInterval 15.0 MidValidityTime 30.0 HnaInterval 15.0 HnaValidityTime 30.0 } ====le fichiers olsrd.conf d une freifunk==== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.5 TcRedundancy 2 MprCoverage 7 RtTable 254 LQThreshold 1.25 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 9.0 LoadPlugin "olsrd_dyn_gw_plain.so.0.4" { } LoadPlugin "olsrd_nameservice.so.0.2" { PlParam "name" "rtt" PlParam "hosts-file" "/var/etc/hosts" PlParam "suffix" ".olsr" } LoadPlugin "olsrd_txtinfo.so.0.1" { PlParam "Accept" "127.0.0.1" } Hna4 { } IpcConnect { MaxConnections 1 Host 127.0.0.1 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 6.0 HelloValidityTime 108.0 TcInterval 4.0 TcValidityTime 324.0 MidInterval 18.0 MidValidityTime 324.0 HnaInterval 18.0 HnaValidityTime 108.0 } Interface "br0" { HelloInterval 6.0 HelloValidityTime 108.0 TcInterval 4.0 TcValidityTime 324.0 MidInterval 18.0 MidValidityTime 324.0 HnaInterval 18.0 HnaValidityTime 108.0 } # Add your addons (e.g. plugins) to olsrd.conf here, # addons for interfaces in /etc/local.olsrd.conf.eth1 ====un fichiers de config d un olsr compilé a partir de source de openmesh==== # niveau de debug(0-9) # si vous mettez a 0 le daemon tourne en tache de fond DebugLevel 0 # Fisheye mechanism for TC messages 0=off, 1=on LinkQualityFishEye 1 # Don't recalculate the Dijkstra-table for every incoming topology # control packet. There is no need to recalculate the whole table # if a minor change occured several hops away. Small CPUs will start # to glow if you do this in a mesh of considerable size. Rather the table # should be recalculated if a change occured in the neighborhood # of this node. The first number is the number of hops. Nodes within # this number of hops trigger a recalculation of the table. If the # number is 0 no incoming topology control packet will trigger # a recalculation of the table. The second number (floating point!) # is the length ot the interval until the table is recalculated anyway. LinkQualityDijkstraLimit 1 6.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Internet gateway: 0.0.0.0 0.0.0.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available #Willingness 4 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 6 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed Net 192.168.16.0 255.255.255.0 } # Wether to use hysteresis or not # Hysteresis adds more robustness to the # link sensing but delays neighbor registration. # Used by default. 'yes' or 'no' # Do not use hysteresis with ETX! UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 MprCoverage 5 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: LoadPlugin "olsrd_dyn_gw.so.0.3" { # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # # Example: dyn_gw params # # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" } # #LoadPlugin "olsrd_httpinfo.so.0.1" #{ # PlParam "port" "8080" # PlParam "Net" "0.0.0.0 255.255.255.255" #} # ## # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # can be specified in the same block # and multiple blocks can be set. # # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): # Interface "eth1" "eth2" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # # Ip4Broadcast 255.255.255.255 # # IPv6 address scope to use. # Must be 'site-local' or 'global' # # Ip6AddrType site-local # # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # # Ip6MulticastSite ff05::11 # # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # # Ip6MulticastGlobal ff0e::1 # # # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # # Hello interval in seconds(float) HelloInterval 5.0 # # HELLO validity time HelloValidityTime 200.0 # # # TC interval in seconds(float) 0.5 is only viable when # LinkQualityFishEye is enabled. Otherwise larger networks would # suffocate from a massive protocol overhead of TC-messages # TcInterval 0.5 # TC validity time TcValidityTime 250.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 100.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 100.0 ## ## # If a certain route should be preferred or ignored by the mesh, the # Link Quality value of a node can be multiplied with a factor entered # here. In the example the route using 192.168.0.1 would rather be # ignored. A multiplier of 0.5 will result in a small (bad) LinkQuality # value and a high (bad) ETX value. Note: Link quality multiplier is # used only when LinkQualityLevel is > 0. # LinkQualityMult 10.200.172.200 0.9 # This multiplier applies to all other nodes # LinkQualityMult default 0.8 } ====un tableau pour comprendre les options==== {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |Intitulé !pollingrate !TcRedundancy !MprCoverage !LinkQualityFishEye !LinkQualityWinSize !LinkQualityDijkstraLimit !LinkQualityLevel !UseHysteresis |- !Intitulé en francais |taux de vote |? |? | | | | | |- !valeurs idéale | | | | | | | | |- !valeurs olsr5.0 | | | | | | | | |- !valeurs freifunk | | | | | | | | |} 1625 1624 2007-07-03T14:44:24Z Dako 4 /* un tableau pour comprendre les options */ wikitext text/x-wiki ====ideal==== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.1 TcRedundancy 2 MprCoverage 7 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 5.0 IpcConnect { MaxConnections 1 Host 127.0.0.1 Net 192.168.1.0 255.255.255.0 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 5.0 HelloValidityTime 20.0 TcInterval 2.0 TcValidityTime 30.0 MidInterval 15.0 MidValidityTime 30.0 HnaInterval 15.0 HnaValidityTime 30.0 } ====le fichiers olsrd.conf d une freifunk==== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.5 TcRedundancy 2 MprCoverage 7 RtTable 254 LQThreshold 1.25 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 9.0 LoadPlugin "olsrd_dyn_gw_plain.so.0.4" { } LoadPlugin "olsrd_nameservice.so.0.2" { PlParam "name" "rtt" PlParam "hosts-file" "/var/etc/hosts" PlParam "suffix" ".olsr" } LoadPlugin "olsrd_txtinfo.so.0.1" { PlParam "Accept" "127.0.0.1" } Hna4 { } IpcConnect { MaxConnections 1 Host 127.0.0.1 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 6.0 HelloValidityTime 108.0 TcInterval 4.0 TcValidityTime 324.0 MidInterval 18.0 MidValidityTime 324.0 HnaInterval 18.0 HnaValidityTime 108.0 } Interface "br0" { HelloInterval 6.0 HelloValidityTime 108.0 TcInterval 4.0 TcValidityTime 324.0 MidInterval 18.0 MidValidityTime 324.0 HnaInterval 18.0 HnaValidityTime 108.0 } # Add your addons (e.g. plugins) to olsrd.conf here, # addons for interfaces in /etc/local.olsrd.conf.eth1 ====un fichiers de config d un olsr compilé a partir de source de openmesh==== # niveau de debug(0-9) # si vous mettez a 0 le daemon tourne en tache de fond DebugLevel 0 # Fisheye mechanism for TC messages 0=off, 1=on LinkQualityFishEye 1 # Don't recalculate the Dijkstra-table for every incoming topology # control packet. There is no need to recalculate the whole table # if a minor change occured several hops away. Small CPUs will start # to glow if you do this in a mesh of considerable size. Rather the table # should be recalculated if a change occured in the neighborhood # of this node. The first number is the number of hops. Nodes within # this number of hops trigger a recalculation of the table. If the # number is 0 no incoming topology control packet will trigger # a recalculation of the table. The second number (floating point!) # is the length ot the interval until the table is recalculated anyway. LinkQualityDijkstraLimit 1 6.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Internet gateway: 0.0.0.0 0.0.0.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available #Willingness 4 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 6 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed Net 192.168.16.0 255.255.255.0 } # Wether to use hysteresis or not # Hysteresis adds more robustness to the # link sensing but delays neighbor registration. # Used by default. 'yes' or 'no' # Do not use hysteresis with ETX! UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 MprCoverage 5 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: LoadPlugin "olsrd_dyn_gw.so.0.3" { # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # # Example: dyn_gw params # # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" } # #LoadPlugin "olsrd_httpinfo.so.0.1" #{ # PlParam "port" "8080" # PlParam "Net" "0.0.0.0 255.255.255.255" #} # ## # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # can be specified in the same block # and multiple blocks can be set. # # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): # Interface "eth1" "eth2" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # # Ip4Broadcast 255.255.255.255 # # IPv6 address scope to use. # Must be 'site-local' or 'global' # # Ip6AddrType site-local # # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # # Ip6MulticastSite ff05::11 # # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # # Ip6MulticastGlobal ff0e::1 # # # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # # Hello interval in seconds(float) HelloInterval 5.0 # # HELLO validity time HelloValidityTime 200.0 # # # TC interval in seconds(float) 0.5 is only viable when # LinkQualityFishEye is enabled. Otherwise larger networks would # suffocate from a massive protocol overhead of TC-messages # TcInterval 0.5 # TC validity time TcValidityTime 250.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 100.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 100.0 ## ## # If a certain route should be preferred or ignored by the mesh, the # Link Quality value of a node can be multiplied with a factor entered # here. In the example the route using 192.168.0.1 would rather be # ignored. A multiplier of 0.5 will result in a small (bad) LinkQuality # value and a high (bad) ETX value. Note: Link quality multiplier is # used only when LinkQualityLevel is > 0. # LinkQualityMult 10.200.172.200 0.9 # This multiplier applies to all other nodes # LinkQualityMult default 0.8 } ====un tableau pour comprendre les options==== {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |Intitulé | | | |- !pollingrate | | | |- !TcRedundancy | | | |- !MprCoverage | | | |- !LinkQualityFishEye | | | |- !LinkQualityWinSize | | | |- !LinkQualityDijkstraLimit | | | |- !LinkQualityLevel | | | |- !UseHysteresis | | | |} 1626 1625 2007-07-03T14:45:33Z Dako 4 /* un tableau pour comprendre les options */ wikitext text/x-wiki ====ideal==== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.1 TcRedundancy 2 MprCoverage 7 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 5.0 IpcConnect { MaxConnections 1 Host 127.0.0.1 Net 192.168.1.0 255.255.255.0 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 5.0 HelloValidityTime 20.0 TcInterval 2.0 TcValidityTime 30.0 MidInterval 15.0 MidValidityTime 30.0 HnaInterval 15.0 HnaValidityTime 30.0 } ====le fichiers olsrd.conf d une freifunk==== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.5 TcRedundancy 2 MprCoverage 7 RtTable 254 LQThreshold 1.25 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 9.0 LoadPlugin "olsrd_dyn_gw_plain.so.0.4" { } LoadPlugin "olsrd_nameservice.so.0.2" { PlParam "name" "rtt" PlParam "hosts-file" "/var/etc/hosts" PlParam "suffix" ".olsr" } LoadPlugin "olsrd_txtinfo.so.0.1" { PlParam "Accept" "127.0.0.1" } Hna4 { } IpcConnect { MaxConnections 1 Host 127.0.0.1 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 6.0 HelloValidityTime 108.0 TcInterval 4.0 TcValidityTime 324.0 MidInterval 18.0 MidValidityTime 324.0 HnaInterval 18.0 HnaValidityTime 108.0 } Interface "br0" { HelloInterval 6.0 HelloValidityTime 108.0 TcInterval 4.0 TcValidityTime 324.0 MidInterval 18.0 MidValidityTime 324.0 HnaInterval 18.0 HnaValidityTime 108.0 } # Add your addons (e.g. plugins) to olsrd.conf here, # addons for interfaces in /etc/local.olsrd.conf.eth1 ====un fichiers de config d un olsr compilé a partir de source de openmesh==== # niveau de debug(0-9) # si vous mettez a 0 le daemon tourne en tache de fond DebugLevel 0 # Fisheye mechanism for TC messages 0=off, 1=on LinkQualityFishEye 1 # Don't recalculate the Dijkstra-table for every incoming topology # control packet. There is no need to recalculate the whole table # if a minor change occured several hops away. Small CPUs will start # to glow if you do this in a mesh of considerable size. Rather the table # should be recalculated if a change occured in the neighborhood # of this node. The first number is the number of hops. Nodes within # this number of hops trigger a recalculation of the table. If the # number is 0 no incoming topology control packet will trigger # a recalculation of the table. The second number (floating point!) # is the length ot the interval until the table is recalculated anyway. LinkQualityDijkstraLimit 1 6.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Internet gateway: 0.0.0.0 0.0.0.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available #Willingness 4 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 6 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed Net 192.168.16.0 255.255.255.0 } # Wether to use hysteresis or not # Hysteresis adds more robustness to the # link sensing but delays neighbor registration. # Used by default. 'yes' or 'no' # Do not use hysteresis with ETX! UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 MprCoverage 5 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: LoadPlugin "olsrd_dyn_gw.so.0.3" { # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # # Example: dyn_gw params # # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" } # #LoadPlugin "olsrd_httpinfo.so.0.1" #{ # PlParam "port" "8080" # PlParam "Net" "0.0.0.0 255.255.255.255" #} # ## # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # can be specified in the same block # and multiple blocks can be set. # # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): # Interface "eth1" "eth2" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # # Ip4Broadcast 255.255.255.255 # # IPv6 address scope to use. # Must be 'site-local' or 'global' # # Ip6AddrType site-local # # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # # Ip6MulticastSite ff05::11 # # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # # Ip6MulticastGlobal ff0e::1 # # # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # # Hello interval in seconds(float) HelloInterval 5.0 # # HELLO validity time HelloValidityTime 200.0 # # # TC interval in seconds(float) 0.5 is only viable when # LinkQualityFishEye is enabled. Otherwise larger networks would # suffocate from a massive protocol overhead of TC-messages # TcInterval 0.5 # TC validity time TcValidityTime 250.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 100.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 100.0 ## ## # If a certain route should be preferred or ignored by the mesh, the # Link Quality value of a node can be multiplied with a factor entered # here. In the example the route using 192.168.0.1 would rather be # ignored. A multiplier of 0.5 will result in a small (bad) LinkQuality # value and a high (bad) ETX value. Note: Link quality multiplier is # used only when LinkQualityLevel is > 0. # LinkQualityMult 10.200.172.200 0.9 # This multiplier applies to all other nodes # LinkQualityMult default 0.8 } ====un tableau pour comprendre les options==== {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |Intitulé | Rcng | OlsrV0.5 | Freifunk |- !pollingrate | | | |- !TcRedundancy | | | |- !MprCoverage | | | |- !LinkQualityFishEye | | | |- !LinkQualityWinSize | | | |- !LinkQualityDijkstraLimit | | | |- !LinkQualityLevel | | | |- !UseHysteresis | | | |} 1627 1626 2007-07-03T14:46:21Z Dako 4 wikitext text/x-wiki ====un tableau pour comprendre les options==== {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |Intitulé | Rcng | OlsrV0.5 | Freifunk |- !pollingrate | | | |- !TcRedundancy | | | |- !MprCoverage | | | |- !LinkQualityFishEye | | | |- !LinkQualityWinSize | | | |- !LinkQualityDijkstraLimit | | | |- !LinkQualityLevel | | | |- !UseHysteresis | | | |} ====ideal==== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.1 TcRedundancy 2 MprCoverage 7 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 5.0 IpcConnect { MaxConnections 1 Host 127.0.0.1 Net 192.168.1.0 255.255.255.0 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 5.0 HelloValidityTime 20.0 TcInterval 2.0 TcValidityTime 30.0 MidInterval 15.0 MidValidityTime 30.0 HnaInterval 15.0 HnaValidityTime 30.0 } ====le fichiers olsrd.conf d une freifunk==== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.5 TcRedundancy 2 MprCoverage 7 RtTable 254 LQThreshold 1.25 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 9.0 LoadPlugin "olsrd_dyn_gw_plain.so.0.4" { } LoadPlugin "olsrd_nameservice.so.0.2" { PlParam "name" "rtt" PlParam "hosts-file" "/var/etc/hosts" PlParam "suffix" ".olsr" } LoadPlugin "olsrd_txtinfo.so.0.1" { PlParam "Accept" "127.0.0.1" } Hna4 { } IpcConnect { MaxConnections 1 Host 127.0.0.1 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 6.0 HelloValidityTime 108.0 TcInterval 4.0 TcValidityTime 324.0 MidInterval 18.0 MidValidityTime 324.0 HnaInterval 18.0 HnaValidityTime 108.0 } Interface "br0" { HelloInterval 6.0 HelloValidityTime 108.0 TcInterval 4.0 TcValidityTime 324.0 MidInterval 18.0 MidValidityTime 324.0 HnaInterval 18.0 HnaValidityTime 108.0 } # Add your addons (e.g. plugins) to olsrd.conf here, # addons for interfaces in /etc/local.olsrd.conf.eth1 ====un fichiers de config d un olsr compilé a partir de source de openmesh==== # niveau de debug(0-9) # si vous mettez a 0 le daemon tourne en tache de fond DebugLevel 0 # Fisheye mechanism for TC messages 0=off, 1=on LinkQualityFishEye 1 # Don't recalculate the Dijkstra-table for every incoming topology # control packet. There is no need to recalculate the whole table # if a minor change occured several hops away. Small CPUs will start # to glow if you do this in a mesh of considerable size. Rather the table # should be recalculated if a change occured in the neighborhood # of this node. The first number is the number of hops. Nodes within # this number of hops trigger a recalculation of the table. If the # number is 0 no incoming topology control packet will trigger # a recalculation of the table. The second number (floating point!) # is the length ot the interval until the table is recalculated anyway. LinkQualityDijkstraLimit 1 6.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Internet gateway: 0.0.0.0 0.0.0.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available #Willingness 4 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 6 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed Net 192.168.16.0 255.255.255.0 } # Wether to use hysteresis or not # Hysteresis adds more robustness to the # link sensing but delays neighbor registration. # Used by default. 'yes' or 'no' # Do not use hysteresis with ETX! UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 MprCoverage 5 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: LoadPlugin "olsrd_dyn_gw.so.0.3" { # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # # Example: dyn_gw params # # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" } # #LoadPlugin "olsrd_httpinfo.so.0.1" #{ # PlParam "port" "8080" # PlParam "Net" "0.0.0.0 255.255.255.255" #} # ## # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # can be specified in the same block # and multiple blocks can be set. # # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): # Interface "eth1" "eth2" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # # Ip4Broadcast 255.255.255.255 # # IPv6 address scope to use. # Must be 'site-local' or 'global' # # Ip6AddrType site-local # # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # # Ip6MulticastSite ff05::11 # # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # # Ip6MulticastGlobal ff0e::1 # # # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # # Hello interval in seconds(float) HelloInterval 5.0 # # HELLO validity time HelloValidityTime 200.0 # # # TC interval in seconds(float) 0.5 is only viable when # LinkQualityFishEye is enabled. Otherwise larger networks would # suffocate from a massive protocol overhead of TC-messages # TcInterval 0.5 # TC validity time TcValidityTime 250.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 100.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 100.0 ## ## # If a certain route should be preferred or ignored by the mesh, the # Link Quality value of a node can be multiplied with a factor entered # here. In the example the route using 192.168.0.1 would rather be # ignored. A multiplier of 0.5 will result in a small (bad) LinkQuality # value and a high (bad) ETX value. Note: Link quality multiplier is # used only when LinkQualityLevel is > 0. # LinkQualityMult 10.200.172.200 0.9 # This multiplier applies to all other nodes # LinkQualityMult default 0.8 } 1628 1627 2007-07-03T15:10:19Z Dako 4 wikitext text/x-wiki ====un tableau pour comprendre les options==== {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |Intitulé | TestOlsr (rcwiki) | Rcng | OlsrV0.5 | Freifunk |- !pollingrate |Default value 0.05 sec | | | |- !TcRedundancy |defaults to 0 | | | |- !MprCoverage |defaults to 1 | | | |- !LinkQualityFishEye | x | | | |- !LinkQualityWinSize | x | | | |- !LinkQualityDijkstraLimit | x | | | |- !LinkQualityLevel | 2 | | | |- !UseHysteresis | no | | | |} ====ideal==== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.1 TcRedundancy 2 MprCoverage 7 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 5.0 IpcConnect { MaxConnections 1 Host 127.0.0.1 Net 192.168.1.0 255.255.255.0 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 5.0 HelloValidityTime 20.0 TcInterval 2.0 TcValidityTime 30.0 MidInterval 15.0 MidValidityTime 30.0 HnaInterval 15.0 HnaValidityTime 30.0 } ====le fichiers olsrd.conf d une freifunk==== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.5 TcRedundancy 2 MprCoverage 7 RtTable 254 LQThreshold 1.25 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 9.0 LoadPlugin "olsrd_dyn_gw_plain.so.0.4" { } LoadPlugin "olsrd_nameservice.so.0.2" { PlParam "name" "rtt" PlParam "hosts-file" "/var/etc/hosts" PlParam "suffix" ".olsr" } LoadPlugin "olsrd_txtinfo.so.0.1" { PlParam "Accept" "127.0.0.1" } Hna4 { } IpcConnect { MaxConnections 1 Host 127.0.0.1 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 6.0 HelloValidityTime 108.0 TcInterval 4.0 TcValidityTime 324.0 MidInterval 18.0 MidValidityTime 324.0 HnaInterval 18.0 HnaValidityTime 108.0 } Interface "br0" { HelloInterval 6.0 HelloValidityTime 108.0 TcInterval 4.0 TcValidityTime 324.0 MidInterval 18.0 MidValidityTime 324.0 HnaInterval 18.0 HnaValidityTime 108.0 } # Add your addons (e.g. plugins) to olsrd.conf here, # addons for interfaces in /etc/local.olsrd.conf.eth1 ====un fichiers de config d un olsr compilé a partir de source de openmesh==== # niveau de debug(0-9) # si vous mettez a 0 le daemon tourne en tache de fond DebugLevel 0 # Fisheye mechanism for TC messages 0=off, 1=on LinkQualityFishEye 1 # Don't recalculate the Dijkstra-table for every incoming topology # control packet. There is no need to recalculate the whole table # if a minor change occured several hops away. Small CPUs will start # to glow if you do this in a mesh of considerable size. Rather the table # should be recalculated if a change occured in the neighborhood # of this node. The first number is the number of hops. Nodes within # this number of hops trigger a recalculation of the table. If the # number is 0 no incoming topology control packet will trigger # a recalculation of the table. The second number (floating point!) # is the length ot the interval until the table is recalculated anyway. LinkQualityDijkstraLimit 1 6.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Internet gateway: 0.0.0.0 0.0.0.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available #Willingness 4 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 6 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed Net 192.168.16.0 255.255.255.0 } # Wether to use hysteresis or not # Hysteresis adds more robustness to the # link sensing but delays neighbor registration. # Used by default. 'yes' or 'no' # Do not use hysteresis with ETX! UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 MprCoverage 5 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: LoadPlugin "olsrd_dyn_gw.so.0.3" { # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # # Example: dyn_gw params # # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" } # #LoadPlugin "olsrd_httpinfo.so.0.1" #{ # PlParam "port" "8080" # PlParam "Net" "0.0.0.0 255.255.255.255" #} # ## # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # can be specified in the same block # and multiple blocks can be set. # # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): # Interface "eth1" "eth2" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # # Ip4Broadcast 255.255.255.255 # # IPv6 address scope to use. # Must be 'site-local' or 'global' # # Ip6AddrType site-local # # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # # Ip6MulticastSite ff05::11 # # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # # Ip6MulticastGlobal ff0e::1 # # # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # # Hello interval in seconds(float) HelloInterval 5.0 # # HELLO validity time HelloValidityTime 200.0 # # # TC interval in seconds(float) 0.5 is only viable when # LinkQualityFishEye is enabled. Otherwise larger networks would # suffocate from a massive protocol overhead of TC-messages # TcInterval 0.5 # TC validity time TcValidityTime 250.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 100.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 100.0 ## ## # If a certain route should be preferred or ignored by the mesh, the # Link Quality value of a node can be multiplied with a factor entered # here. In the example the route using 192.168.0.1 would rather be # ignored. A multiplier of 0.5 will result in a small (bad) LinkQuality # value and a high (bad) ETX value. Note: Link quality multiplier is # used only when LinkQualityLevel is > 0. # LinkQualityMult 10.200.172.200 0.9 # This multiplier applies to all other nodes # LinkQualityMult default 0.8 } 1636 1628 2007-07-05T12:21:40Z Dako 4 wikitext text/x-wiki ====un tableau pour comprendre les options==== {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |Intitulé | TestOlsr (rcwiki) | Rcng | OlsrV0.5 | Freifunk |- !pollingrate |Default value 0.05 sec | | | |- !TcRedundancy |defaults to 0 | | | |- !MprCoverage |defaults to 1 | | | |- !LinkQualityFishEye | x | | | |- !LinkQualityWinSize | x | | | |- !LinkQualityDijkstraLimit | x | | | |- !LinkQualityLevel | 2 | | | |- !UseHysteresis | no | | | |} ====minimal==== DebugLevel 0 LinkQualityLevel 2 UseHysteresis no Interface "eth1" ====ideal==== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.1 TcRedundancy 2 MprCoverage 7 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 5.0 IpcConnect { MaxConnections 1 Host 127.0.0.1 Net 192.168.1.0 255.255.255.0 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 5.0 HelloValidityTime 20.0 TcInterval 2.0 TcValidityTime 30.0 MidInterval 15.0 MidValidityTime 30.0 HnaInterval 15.0 HnaValidityTime 30.0 } ====le fichiers olsrd.conf d une freifunk==== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.5 TcRedundancy 2 MprCoverage 7 RtTable 254 LQThreshold 1.25 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 9.0 LoadPlugin "olsrd_dyn_gw_plain.so.0.4" { } LoadPlugin "olsrd_nameservice.so.0.2" { PlParam "name" "rtt" PlParam "hosts-file" "/var/etc/hosts" PlParam "suffix" ".olsr" } LoadPlugin "olsrd_txtinfo.so.0.1" { PlParam "Accept" "127.0.0.1" } Hna4 { } IpcConnect { MaxConnections 1 Host 127.0.0.1 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 6.0 HelloValidityTime 108.0 TcInterval 4.0 TcValidityTime 324.0 MidInterval 18.0 MidValidityTime 324.0 HnaInterval 18.0 HnaValidityTime 108.0 } Interface "br0" { HelloInterval 6.0 HelloValidityTime 108.0 TcInterval 4.0 TcValidityTime 324.0 MidInterval 18.0 MidValidityTime 324.0 HnaInterval 18.0 HnaValidityTime 108.0 } # Add your addons (e.g. plugins) to olsrd.conf here, # addons for interfaces in /etc/local.olsrd.conf.eth1 ====un fichiers de config d un olsr compilé a partir de source de openmesh==== # niveau de debug(0-9) # si vous mettez a 0 le daemon tourne en tache de fond DebugLevel 0 # Fisheye mechanism for TC messages 0=off, 1=on LinkQualityFishEye 1 # Don't recalculate the Dijkstra-table for every incoming topology # control packet. There is no need to recalculate the whole table # if a minor change occured several hops away. Small CPUs will start # to glow if you do this in a mesh of considerable size. Rather the table # should be recalculated if a change occured in the neighborhood # of this node. The first number is the number of hops. Nodes within # this number of hops trigger a recalculation of the table. If the # number is 0 no incoming topology control packet will trigger # a recalculation of the table. The second number (floating point!) # is the length ot the interval until the table is recalculated anyway. LinkQualityDijkstraLimit 1 6.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Internet gateway: 0.0.0.0 0.0.0.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available #Willingness 4 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 6 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed Net 192.168.16.0 255.255.255.0 } # Wether to use hysteresis or not # Hysteresis adds more robustness to the # link sensing but delays neighbor registration. # Used by default. 'yes' or 'no' # Do not use hysteresis with ETX! UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 MprCoverage 5 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: LoadPlugin "olsrd_dyn_gw.so.0.3" { # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # # Example: dyn_gw params # # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" } # #LoadPlugin "olsrd_httpinfo.so.0.1" #{ # PlParam "port" "8080" # PlParam "Net" "0.0.0.0 255.255.255.255" #} # ## # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # can be specified in the same block # and multiple blocks can be set. # # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): # Interface "eth1" "eth2" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # # Ip4Broadcast 255.255.255.255 # # IPv6 address scope to use. # Must be 'site-local' or 'global' # # Ip6AddrType site-local # # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # # Ip6MulticastSite ff05::11 # # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # # Ip6MulticastGlobal ff0e::1 # # # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # # Hello interval in seconds(float) HelloInterval 5.0 # # HELLO validity time HelloValidityTime 200.0 # # # TC interval in seconds(float) 0.5 is only viable when # LinkQualityFishEye is enabled. Otherwise larger networks would # suffocate from a massive protocol overhead of TC-messages # TcInterval 0.5 # TC validity time TcValidityTime 250.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 100.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 100.0 ## ## # If a certain route should be preferred or ignored by the mesh, the # Link Quality value of a node can be multiplied with a factor entered # here. In the example the route using 192.168.0.1 would rather be # ignored. A multiplier of 0.5 will result in a small (bad) LinkQuality # value and a high (bad) ETX value. Note: Link quality multiplier is # used only when LinkQualityLevel is > 0. # LinkQualityMult 10.200.172.200 0.9 # This multiplier applies to all other nodes # LinkQualityMult default 0.8 } 1641 1636 2007-07-05T13:10:59Z Dako 4 wikitext text/x-wiki ====un tableau pour comprendre les options==== {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |Intitulé | TestOlsr (rcwiki) | Rcng | OlsrV0.5 | Freifunk |- !pollingrate |Default value 0.05 sec | | | |- !TcRedundancy |defaults to 0 | | | |- !MprCoverage |defaults to 1 | | | |- !LinkQualityFishEye | x | | | |- !LinkQualityWinSize | x | | | |- !LinkQualityDijkstraLimit | x | | | |- !LinkQualityLevel | 2 | | | |- !UseHysteresis | no | | | |} ====minimal==== DebugLevel 0 LinkQualityLevel 2 UseHysteresis no AllowNoInt yes Interface "eth1" { } ====ideal==== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.1 TcRedundancy 2 MprCoverage 7 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 5.0 IpcConnect { MaxConnections 1 Host 127.0.0.1 Net 192.168.1.0 255.255.255.0 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 5.0 HelloValidityTime 20.0 TcInterval 2.0 TcValidityTime 30.0 MidInterval 15.0 MidValidityTime 30.0 HnaInterval 15.0 HnaValidityTime 30.0 } ====le fichiers olsrd.conf d une freifunk==== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.5 TcRedundancy 2 MprCoverage 7 RtTable 254 LQThreshold 1.25 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 9.0 LoadPlugin "olsrd_dyn_gw_plain.so.0.4" { } LoadPlugin "olsrd_nameservice.so.0.2" { PlParam "name" "rtt" PlParam "hosts-file" "/var/etc/hosts" PlParam "suffix" ".olsr" } LoadPlugin "olsrd_txtinfo.so.0.1" { PlParam "Accept" "127.0.0.1" } Hna4 { } IpcConnect { MaxConnections 1 Host 127.0.0.1 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 6.0 HelloValidityTime 108.0 TcInterval 4.0 TcValidityTime 324.0 MidInterval 18.0 MidValidityTime 324.0 HnaInterval 18.0 HnaValidityTime 108.0 } Interface "br0" { HelloInterval 6.0 HelloValidityTime 108.0 TcInterval 4.0 TcValidityTime 324.0 MidInterval 18.0 MidValidityTime 324.0 HnaInterval 18.0 HnaValidityTime 108.0 } # Add your addons (e.g. plugins) to olsrd.conf here, # addons for interfaces in /etc/local.olsrd.conf.eth1 ====un fichiers de config d un olsr compilé a partir de source de openmesh==== # niveau de debug(0-9) # si vous mettez a 0 le daemon tourne en tache de fond DebugLevel 0 # Fisheye mechanism for TC messages 0=off, 1=on LinkQualityFishEye 1 # Don't recalculate the Dijkstra-table for every incoming topology # control packet. There is no need to recalculate the whole table # if a minor change occured several hops away. Small CPUs will start # to glow if you do this in a mesh of considerable size. Rather the table # should be recalculated if a change occured in the neighborhood # of this node. The first number is the number of hops. Nodes within # this number of hops trigger a recalculation of the table. If the # number is 0 no incoming topology control packet will trigger # a recalculation of the table. The second number (floating point!) # is the length ot the interval until the table is recalculated anyway. LinkQualityDijkstraLimit 1 6.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Internet gateway: 0.0.0.0 0.0.0.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available #Willingness 4 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 6 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed Net 192.168.16.0 255.255.255.0 } # Wether to use hysteresis or not # Hysteresis adds more robustness to the # link sensing but delays neighbor registration. # Used by default. 'yes' or 'no' # Do not use hysteresis with ETX! UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 MprCoverage 5 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: LoadPlugin "olsrd_dyn_gw.so.0.3" { # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # # Example: dyn_gw params # # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" } # #LoadPlugin "olsrd_httpinfo.so.0.1" #{ # PlParam "port" "8080" # PlParam "Net" "0.0.0.0 255.255.255.255" #} # ## # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # can be specified in the same block # and multiple blocks can be set. # # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): # Interface "eth1" "eth2" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # # Ip4Broadcast 255.255.255.255 # # IPv6 address scope to use. # Must be 'site-local' or 'global' # # Ip6AddrType site-local # # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # # Ip6MulticastSite ff05::11 # # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # # Ip6MulticastGlobal ff0e::1 # # # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # # Hello interval in seconds(float) HelloInterval 5.0 # # HELLO validity time HelloValidityTime 200.0 # # # TC interval in seconds(float) 0.5 is only viable when # LinkQualityFishEye is enabled. Otherwise larger networks would # suffocate from a massive protocol overhead of TC-messages # TcInterval 0.5 # TC validity time TcValidityTime 250.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 100.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 100.0 ## ## # If a certain route should be preferred or ignored by the mesh, the # Link Quality value of a node can be multiplied with a factor entered # here. In the example the route using 192.168.0.1 would rather be # ignored. A multiplier of 0.5 will result in a small (bad) LinkQuality # value and a high (bad) ETX value. Note: Link quality multiplier is # used only when LinkQualityLevel is > 0. # LinkQualityMult 10.200.172.200 0.9 # This multiplier applies to all other nodes # LinkQualityMult default 0.8 } 1642 1641 2007-07-09T04:58:20Z Dako 4 /* minimal */ wikitext text/x-wiki ====un tableau pour comprendre les options==== {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |Intitulé | TestOlsr (rcwiki) | Rcng | OlsrV0.5 | Freifunk |- !pollingrate |Default value 0.05 sec | | | |- !TcRedundancy |defaults to 0 | | | |- !MprCoverage |defaults to 1 | | | |- !LinkQualityFishEye | x | | | |- !LinkQualityWinSize | x | | | |- !LinkQualityDijkstraLimit | x | | | |- !LinkQualityLevel | 2 | | | |- !UseHysteresis | no | | | |} ====minimal==== DebugLevel 0 LinkQualityFishEye 1 ClearScreen yes LinkQualityDijkstraLimit 3 5.0 IpVersion 4 TcRedundancy 2 MprCoverage 7 LinkQualityLevel 2 UseHysteresis no AllowNoInt yes Interface "eth1" { } ====ideal==== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.1 TcRedundancy 2 MprCoverage 7 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 5.0 IpcConnect { MaxConnections 1 Host 127.0.0.1 Net 192.168.1.0 255.255.255.0 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 5.0 HelloValidityTime 20.0 TcInterval 2.0 TcValidityTime 30.0 MidInterval 15.0 MidValidityTime 30.0 HnaInterval 15.0 HnaValidityTime 30.0 } ====le fichiers olsrd.conf d une freifunk==== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.5 TcRedundancy 2 MprCoverage 7 RtTable 254 LQThreshold 1.25 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 9.0 LoadPlugin "olsrd_dyn_gw_plain.so.0.4" { } LoadPlugin "olsrd_nameservice.so.0.2" { PlParam "name" "rtt" PlParam "hosts-file" "/var/etc/hosts" PlParam "suffix" ".olsr" } LoadPlugin "olsrd_txtinfo.so.0.1" { PlParam "Accept" "127.0.0.1" } Hna4 { } IpcConnect { MaxConnections 1 Host 127.0.0.1 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 6.0 HelloValidityTime 108.0 TcInterval 4.0 TcValidityTime 324.0 MidInterval 18.0 MidValidityTime 324.0 HnaInterval 18.0 HnaValidityTime 108.0 } Interface "br0" { HelloInterval 6.0 HelloValidityTime 108.0 TcInterval 4.0 TcValidityTime 324.0 MidInterval 18.0 MidValidityTime 324.0 HnaInterval 18.0 HnaValidityTime 108.0 } # Add your addons (e.g. plugins) to olsrd.conf here, # addons for interfaces in /etc/local.olsrd.conf.eth1 ====un fichiers de config d un olsr compilé a partir de source de openmesh==== # niveau de debug(0-9) # si vous mettez a 0 le daemon tourne en tache de fond DebugLevel 0 # Fisheye mechanism for TC messages 0=off, 1=on LinkQualityFishEye 1 # Don't recalculate the Dijkstra-table for every incoming topology # control packet. There is no need to recalculate the whole table # if a minor change occured several hops away. Small CPUs will start # to glow if you do this in a mesh of considerable size. Rather the table # should be recalculated if a change occured in the neighborhood # of this node. The first number is the number of hops. Nodes within # this number of hops trigger a recalculation of the table. If the # number is 0 no incoming topology control packet will trigger # a recalculation of the table. The second number (floating point!) # is the length ot the interval until the table is recalculated anyway. LinkQualityDijkstraLimit 1 6.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Internet gateway: 0.0.0.0 0.0.0.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available #Willingness 4 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 6 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed Net 192.168.16.0 255.255.255.0 } # Wether to use hysteresis or not # Hysteresis adds more robustness to the # link sensing but delays neighbor registration. # Used by default. 'yes' or 'no' # Do not use hysteresis with ETX! UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 MprCoverage 5 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: LoadPlugin "olsrd_dyn_gw.so.0.3" { # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # # Example: dyn_gw params # # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" } # #LoadPlugin "olsrd_httpinfo.so.0.1" #{ # PlParam "port" "8080" # PlParam "Net" "0.0.0.0 255.255.255.255" #} # ## # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # can be specified in the same block # and multiple blocks can be set. # # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): # Interface "eth1" "eth2" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # # Ip4Broadcast 255.255.255.255 # # IPv6 address scope to use. # Must be 'site-local' or 'global' # # Ip6AddrType site-local # # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # # Ip6MulticastSite ff05::11 # # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # # Ip6MulticastGlobal ff0e::1 # # # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # # Hello interval in seconds(float) HelloInterval 5.0 # # HELLO validity time HelloValidityTime 200.0 # # # TC interval in seconds(float) 0.5 is only viable when # LinkQualityFishEye is enabled. Otherwise larger networks would # suffocate from a massive protocol overhead of TC-messages # TcInterval 0.5 # TC validity time TcValidityTime 250.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 100.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 100.0 ## ## # If a certain route should be preferred or ignored by the mesh, the # Link Quality value of a node can be multiplied with a factor entered # here. In the example the route using 192.168.0.1 would rather be # ignored. A multiplier of 0.5 will result in a small (bad) LinkQuality # value and a high (bad) ETX value. Note: Link quality multiplier is # used only when LinkQualityLevel is > 0. # LinkQualityMult 10.200.172.200 0.9 # This multiplier applies to all other nodes # LinkQualityMult default 0.8 } 1643 1642 2007-07-09T04:58:55Z Dako 4 /* le fichiers olsrd.conf d une freifunk */ wikitext text/x-wiki ====un tableau pour comprendre les options==== {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |Intitulé | TestOlsr (rcwiki) | Rcng | OlsrV0.5 | Freifunk |- !pollingrate |Default value 0.05 sec | | | |- !TcRedundancy |defaults to 0 | | | |- !MprCoverage |defaults to 1 | | | |- !LinkQualityFishEye | x | | | |- !LinkQualityWinSize | x | | | |- !LinkQualityDijkstraLimit | x | | | |- !LinkQualityLevel | 2 | | | |- !UseHysteresis | no | | | |} ====minimal==== DebugLevel 0 LinkQualityFishEye 1 ClearScreen yes LinkQualityDijkstraLimit 3 5.0 IpVersion 4 TcRedundancy 2 MprCoverage 7 LinkQualityLevel 2 UseHysteresis no AllowNoInt yes Interface "eth1" { } ====ideal==== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.1 TcRedundancy 2 MprCoverage 7 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 5.0 IpcConnect { MaxConnections 1 Host 127.0.0.1 Net 192.168.1.0 255.255.255.0 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 5.0 HelloValidityTime 20.0 TcInterval 2.0 TcValidityTime 30.0 MidInterval 15.0 MidValidityTime 30.0 HnaInterval 15.0 HnaValidityTime 30.0 } ====le fichiers olsrd.conf d une freifunk==== ################################################## ## Freifunk Default OLSRD.CONF ## ## olsr.org OLSR daemon config file ## ## onelektra at gmx dot net ## ################################################## # # Lines starting with a # are discarded # # This file was edited by Elektra and needs # olsrd-0.4.10 CVS or higher # # This file is an example of a typical configuration # for a huge (250 Nodes or more), reliable, scalable # routing-loop-free (well, almost :) and mostly static # network (regarding mobility) using the LQ extention # and FishEyeAlgorithm with LinkQualityDijkstraLimit # to reduce CPU-Overhead # Debug level(0-9) # If set to 0 the daemon runs in the background # Use Debug level 0 on a embedded system - # debugging draws a lot of CPU-Power DebugLevel 1 # FishEyeAlgorithm - Disable only if you want to # experience routing loops :) # See the README about Fisheye in the olsrd-source LinkQualityFishEye 1 # Don't recalculate the Dijkstra-Table for every # incoming TC-Message from nodes more than n hops away - # Disable this algorithm in a huge mesh only if you are # interested to accelerate global warming with overheated CPUs # The first integer tells the algorithm to recalculate # the Dijkstra-table when a TC-Message arrives from a node # not more than n hops away. If set to 0 it will not # recalculate it upon incoming TCs # The second number (float) sets the time interval when # the Dijkstra table will be recalculated anyway. # Whatever comes first... LinkQualityDijkstraLimit 3 5.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Don't use this to announce an Internet Gateway - # rather use the dyn_gw plugin that checks wheter you are # actually a gateway or a black hole for other peoples # internet traffic... # Internet gateway: # 0.0.0.0 0.0.0.0 # more entries can be added: # 192.168.1.0 255.255.255.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available Willingness 7 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 1 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed #Net 192.168.1.0 255.255.255.0 } # Enable Hysteresis only if you want your routing table # to brake down every 5 seconds # Hysteresis is one of this fancy looking 'optimizations' # in RFC 3626 that don't work in real life # If unsure say "NO!" UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # # If you know what you are doing # you make sure that hysteresis # is completely SWITCHED OFF! # # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 # 100 is slow but stable... LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 # MultiPointRelais is another notorious # 'optimization' feature in RFC3626... # Switch it off by chosing redundancy value 2 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 # # Full coverage is the way to get rid of this # annoying 'optimization' MprCoverage 7 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: # This activates the HTTP Info plugin on port 8080 for # localhost only. LoadPlugin "httpinfo.so.0.1" { PlParam "port" "8080" PlParam "accept" "localhost" } # This plugin generates the information to make those fancy # 2D and 3D topology graphs #LoadPlugin "olsrd_dot_draw.so.0.3" #{ # PlParam "accept" "192.168.120.17" #} # This plugin announces that this node is a gateway into # other networks, it it actually is: #LoadPlugin "olsrd_dyn_gw.so.0.3" #{ # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # Example: dyn_gw params # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" #} # This plugin announces services available on your router: # Of course the configfile should be present... # LoadPlugin "olsrd_servicediscover.so.0.3" #{ # PlParam "configfile" "/etc/servicediscover.conf" #}; # Add more plugins here... # Finally, the interfaces section: # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # can be specified in the same block # and multiple blocks can be set. # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth0" "eth1" "wlan0" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # Ip4Broadcast 255.255.255.255 # IPv6 address scope to use. # Must be 'site-local' or 'global' # Ip6AddrType site-local # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # Ip6MulticastSite ff05::11 # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # Ip6MulticastGlobal ff0e::1 # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # Hello interval in seconds(float) HelloInterval 5.0 # HELLO validity time HelloValidityTime 300.0 # TC interval in seconds(float) TcInterval 2.0 # TC validity time TcValidityTime 300.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 300.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 300.0 # When multiple links exist between hosts # the weight of interface is used to determine # the link to use. Normally the weight is # automatically calculated by olsrd based # on the characteristics of the interface, # but here you can specify a fixed value. # Olsrd will choose links with the lowest value. # Weight 0 } ====un fichiers de config d un olsr compilé a partir de source de openmesh==== # niveau de debug(0-9) # si vous mettez a 0 le daemon tourne en tache de fond DebugLevel 0 # Fisheye mechanism for TC messages 0=off, 1=on LinkQualityFishEye 1 # Don't recalculate the Dijkstra-table for every incoming topology # control packet. There is no need to recalculate the whole table # if a minor change occured several hops away. Small CPUs will start # to glow if you do this in a mesh of considerable size. Rather the table # should be recalculated if a change occured in the neighborhood # of this node. The first number is the number of hops. Nodes within # this number of hops trigger a recalculation of the table. If the # number is 0 no incoming topology control packet will trigger # a recalculation of the table. The second number (floating point!) # is the length ot the interval until the table is recalculated anyway. LinkQualityDijkstraLimit 1 6.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Internet gateway: 0.0.0.0 0.0.0.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available #Willingness 4 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 6 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed Net 192.168.16.0 255.255.255.0 } # Wether to use hysteresis or not # Hysteresis adds more robustness to the # link sensing but delays neighbor registration. # Used by default. 'yes' or 'no' # Do not use hysteresis with ETX! UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 MprCoverage 5 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: LoadPlugin "olsrd_dyn_gw.so.0.3" { # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # # Example: dyn_gw params # # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" } # #LoadPlugin "olsrd_httpinfo.so.0.1" #{ # PlParam "port" "8080" # PlParam "Net" "0.0.0.0 255.255.255.255" #} # ## # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # can be specified in the same block # and multiple blocks can be set. # # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): # Interface "eth1" "eth2" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # # Ip4Broadcast 255.255.255.255 # # IPv6 address scope to use. # Must be 'site-local' or 'global' # # Ip6AddrType site-local # # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # # Ip6MulticastSite ff05::11 # # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # # Ip6MulticastGlobal ff0e::1 # # # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # # Hello interval in seconds(float) HelloInterval 5.0 # # HELLO validity time HelloValidityTime 200.0 # # # TC interval in seconds(float) 0.5 is only viable when # LinkQualityFishEye is enabled. Otherwise larger networks would # suffocate from a massive protocol overhead of TC-messages # TcInterval 0.5 # TC validity time TcValidityTime 250.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 100.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 100.0 ## ## # If a certain route should be preferred or ignored by the mesh, the # Link Quality value of a node can be multiplied with a factor entered # here. In the example the route using 192.168.0.1 would rather be # ignored. A multiplier of 0.5 will result in a small (bad) LinkQuality # value and a high (bad) ETX value. Note: Link quality multiplier is # used only when LinkQualityLevel is > 0. # LinkQualityMult 10.200.172.200 0.9 # This multiplier applies to all other nodes # LinkQualityMult default 0.8 } 1644 1643 2007-07-09T05:04:44Z Dako 4 /* le fichiers olsrd.conf d une freifunk */ wikitext text/x-wiki ====un tableau pour comprendre les options==== {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |Intitulé | TestOlsr (rcwiki) | Rcng | OlsrV0.5 | Freifunk |- !pollingrate |Default value 0.05 sec | | | |- !TcRedundancy |defaults to 0 | | | |- !MprCoverage |defaults to 1 | | | |- !LinkQualityFishEye | x | | | |- !LinkQualityWinSize | x | | | |- !LinkQualityDijkstraLimit | x | | | |- !LinkQualityLevel | 2 | | | |- !UseHysteresis | no | | | |} ====minimal==== DebugLevel 0 LinkQualityFishEye 1 ClearScreen yes LinkQualityDijkstraLimit 3 5.0 IpVersion 4 TcRedundancy 2 MprCoverage 7 LinkQualityLevel 2 UseHysteresis no AllowNoInt yes Interface "eth1" { } ====ideal==== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.1 TcRedundancy 2 MprCoverage 7 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 5.0 IpcConnect { MaxConnections 1 Host 127.0.0.1 Net 192.168.1.0 255.255.255.0 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 5.0 HelloValidityTime 20.0 TcInterval 2.0 TcValidityTime 30.0 MidInterval 15.0 MidValidityTime 30.0 HnaInterval 15.0 HnaValidityTime 30.0 } ====le fichiers olsrd.conf d une freifunk==== ################################################## ## Freifunk Default OLSRD.CONF ## ## olsr.org OLSR daemon config file ## ## onelektra at gmx dot net ## ################################################## # # Lines starting with a # are discarded # # This file was edited by Elektra and needs # olsrd-0.4.10 CVS or higher # # This file is an example of a typical configuration # for a huge (250 Nodes or more), reliable, scalable # routing-loop-free (well, almost :) and mostly static # network (regarding mobility) using the LQ extention # and FishEyeAlgorithm with LinkQualityDijkstraLimit # to reduce CPU-Overhead # # Debug level(0-9) # If set to 0 the daemon runs in the background # Use Debug level 0 on a embedded system - # debugging draws a lot of CPU-Power DebugLevel 1 # FishEyeAlgorithm - Disable only if you want to # experience routing loops :) # See the README about Fisheye in the olsrd-source LinkQualityFishEye 1 # Don't recalculate the Dijkstra-Table for every # incoming TC-Message from nodes more than n hops away - # Disable this algorithm in a huge mesh only if you are # interested to accelerate global warming with overheated CPUs # The first integer tells the algorithm to recalculate # the Dijkstra-table when a TC-Message arrives from a node # not more than n hops away. If set to 0 it will not # recalculate it upon incoming TCs # The second number (float) sets the time interval when # the Dijkstra table will be recalculated anyway. # Whatever comes first... LinkQualityDijkstraLimit 3 5.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Don't use this to announce an Internet Gateway - # rather use the dyn_gw plugin that checks wheter you are # actually a gateway or a black hole for other peoples # internet traffic... # Internet gateway: # 0.0.0.0 0.0.0.0 # more entries can be added: # 192.168.1.0 255.255.255.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available Willingness 7 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 1 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed #Net 192.168.1.0 255.255.255.0 } # Enable Hysteresis only if you want your routing table # to brake down every 5 seconds # Hysteresis is one of this fancy looking 'optimizations' # in RFC 3626 that don't work in real life # If unsure say "NO!" UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # # If you know what you are doing # you make sure that hysteresis # is completely SWITCHED OFF! # # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 # 100 is slow but stable... LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 # MultiPointRelais is another notorious # 'optimization' feature in RFC3626... # Switch it off by chosing redundancy value 2 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 # # Full coverage is the way to get rid of this # annoying 'optimization' MprCoverage 7 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: # This activates the HTTP Info plugin on port 8080 for # localhost only. LoadPlugin "httpinfo.so.0.1" { PlParam "port" "8080" PlParam "accept" "localhost" } # This plugin generates the information to make those fancy # 2D and 3D topology graphs #LoadPlugin "olsrd_dot_draw.so.0.3" #{ # PlParam "accept" "192.168.120.17" #} # This plugin announces that this node is a gateway into # other networks, it it actually is: #LoadPlugin "olsrd_dyn_gw.so.0.3" #{ # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # Example: dyn_gw params # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" #} # This plugin announces services available on your router: # Of course the configfile should be present... # LoadPlugin "olsrd_servicediscover.so.0.3" #{ # PlParam "configfile" "/etc/servicediscover.conf" #}; # Add more plugins here... # Finally, the interfaces section: # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # can be specified in the same block # and multiple blocks can be set. # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth0" "eth1" "wlan0" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # Ip4Broadcast 255.255.255.255 # IPv6 address scope to use. # Must be 'site-local' or 'global' # Ip6AddrType site-local # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # Ip6MulticastSite ff05::11 # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # Ip6MulticastGlobal ff0e::1 # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # Hello interval in seconds(float) HelloInterval 5.0 # HELLO validity time HelloValidityTime 300.0 # TC interval in seconds(float) TcInterval 2.0 # TC validity time TcValidityTime 300.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 300.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 300.0 # When multiple links exist between hosts # the weight of interface is used to determine # the link to use. Normally the weight is # automatically calculated by olsrd based # on the characteristics of the interface, # but here you can specify a fixed value. # Olsrd will choose links with the lowest value. # Weight 0 } ====un fichiers de config d un olsr compilé a partir de source de openmesh==== # niveau de debug(0-9) # si vous mettez a 0 le daemon tourne en tache de fond DebugLevel 0 # Fisheye mechanism for TC messages 0=off, 1=on LinkQualityFishEye 1 # Don't recalculate the Dijkstra-table for every incoming topology # control packet. There is no need to recalculate the whole table # if a minor change occured several hops away. Small CPUs will start # to glow if you do this in a mesh of considerable size. Rather the table # should be recalculated if a change occured in the neighborhood # of this node. The first number is the number of hops. Nodes within # this number of hops trigger a recalculation of the table. If the # number is 0 no incoming topology control packet will trigger # a recalculation of the table. The second number (floating point!) # is the length ot the interval until the table is recalculated anyway. LinkQualityDijkstraLimit 1 6.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Internet gateway: 0.0.0.0 0.0.0.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available #Willingness 4 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 6 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed Net 192.168.16.0 255.255.255.0 } # Wether to use hysteresis or not # Hysteresis adds more robustness to the # link sensing but delays neighbor registration. # Used by default. 'yes' or 'no' # Do not use hysteresis with ETX! UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 MprCoverage 5 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: LoadPlugin "olsrd_dyn_gw.so.0.3" { # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # # Example: dyn_gw params # # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" } # #LoadPlugin "olsrd_httpinfo.so.0.1" #{ # PlParam "port" "8080" # PlParam "Net" "0.0.0.0 255.255.255.255" #} # ## # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # can be specified in the same block # and multiple blocks can be set. # # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): # Interface "eth1" "eth2" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # # Ip4Broadcast 255.255.255.255 # # IPv6 address scope to use. # Must be 'site-local' or 'global' # # Ip6AddrType site-local # # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # # Ip6MulticastSite ff05::11 # # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # # Ip6MulticastGlobal ff0e::1 # # # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # # Hello interval in seconds(float) HelloInterval 5.0 # # HELLO validity time HelloValidityTime 200.0 # # # TC interval in seconds(float) 0.5 is only viable when # LinkQualityFishEye is enabled. Otherwise larger networks would # suffocate from a massive protocol overhead of TC-messages # TcInterval 0.5 # TC validity time TcValidityTime 250.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 100.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 100.0 ## ## # If a certain route should be preferred or ignored by the mesh, the # Link Quality value of a node can be multiplied with a factor entered # here. In the example the route using 192.168.0.1 would rather be # ignored. A multiplier of 0.5 will result in a small (bad) LinkQuality # value and a high (bad) ETX value. Note: Link quality multiplier is # used only when LinkQualityLevel is > 0. # LinkQualityMult 10.200.172.200 0.9 # This multiplier applies to all other nodes # LinkQualityMult default 0.8 } 1645 1644 2007-07-09T07:48:40Z Dako 4 /* minimal */ wikitext text/x-wiki ====un tableau pour comprendre les options==== {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |Intitulé | TestOlsr (rcwiki) | Rcng | OlsrV0.5 | Freifunk |- !pollingrate |Default value 0.05 sec | | | |- !TcRedundancy |defaults to 0 | | | |- !MprCoverage |defaults to 1 | | | |- !LinkQualityFishEye | x | | | |- !LinkQualityWinSize | x | | | |- !LinkQualityDijkstraLimit | x | | | |- !LinkQualityLevel | 2 | | | |- !UseHysteresis | no | | | |} ====minimal==== DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 LinkQualityFishEye 1 LinkQualityDijkstraLimit 3 5.0 TcRedundancy 2 MprCoverage 7 LinkQualityLevel 2 LinkQualityWinSize 100 Interface "eth1" { } ====ideal==== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.1 TcRedundancy 2 MprCoverage 7 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 5.0 IpcConnect { MaxConnections 1 Host 127.0.0.1 Net 192.168.1.0 255.255.255.0 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 5.0 HelloValidityTime 20.0 TcInterval 2.0 TcValidityTime 30.0 MidInterval 15.0 MidValidityTime 30.0 HnaInterval 15.0 HnaValidityTime 30.0 } ====le fichiers olsrd.conf d une freifunk==== ################################################## ## Freifunk Default OLSRD.CONF ## ## olsr.org OLSR daemon config file ## ## onelektra at gmx dot net ## ################################################## # # Lines starting with a # are discarded # # This file was edited by Elektra and needs # olsrd-0.4.10 CVS or higher # # This file is an example of a typical configuration # for a huge (250 Nodes or more), reliable, scalable # routing-loop-free (well, almost :) and mostly static # network (regarding mobility) using the LQ extention # and FishEyeAlgorithm with LinkQualityDijkstraLimit # to reduce CPU-Overhead # # Debug level(0-9) # If set to 0 the daemon runs in the background # Use Debug level 0 on a embedded system - # debugging draws a lot of CPU-Power DebugLevel 1 # FishEyeAlgorithm - Disable only if you want to # experience routing loops :) # See the README about Fisheye in the olsrd-source LinkQualityFishEye 1 # Don't recalculate the Dijkstra-Table for every # incoming TC-Message from nodes more than n hops away - # Disable this algorithm in a huge mesh only if you are # interested to accelerate global warming with overheated CPUs # The first integer tells the algorithm to recalculate # the Dijkstra-table when a TC-Message arrives from a node # not more than n hops away. If set to 0 it will not # recalculate it upon incoming TCs # The second number (float) sets the time interval when # the Dijkstra table will be recalculated anyway. # Whatever comes first... LinkQualityDijkstraLimit 3 5.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Don't use this to announce an Internet Gateway - # rather use the dyn_gw plugin that checks wheter you are # actually a gateway or a black hole for other peoples # internet traffic... # Internet gateway: # 0.0.0.0 0.0.0.0 # more entries can be added: # 192.168.1.0 255.255.255.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available Willingness 7 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 1 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed #Net 192.168.1.0 255.255.255.0 } # Enable Hysteresis only if you want your routing table # to brake down every 5 seconds # Hysteresis is one of this fancy looking 'optimizations' # in RFC 3626 that don't work in real life # If unsure say "NO!" UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # # If you know what you are doing # you make sure that hysteresis # is completely SWITCHED OFF! # # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 # 100 is slow but stable... LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 # MultiPointRelais is another notorious # 'optimization' feature in RFC3626... # Switch it off by chosing redundancy value 2 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 # # Full coverage is the way to get rid of this # annoying 'optimization' MprCoverage 7 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: # This activates the HTTP Info plugin on port 8080 for # localhost only. LoadPlugin "httpinfo.so.0.1" { PlParam "port" "8080" PlParam "accept" "localhost" } # This plugin generates the information to make those fancy # 2D and 3D topology graphs #LoadPlugin "olsrd_dot_draw.so.0.3" #{ # PlParam "accept" "192.168.120.17" #} # This plugin announces that this node is a gateway into # other networks, it it actually is: #LoadPlugin "olsrd_dyn_gw.so.0.3" #{ # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # Example: dyn_gw params # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" #} # This plugin announces services available on your router: # Of course the configfile should be present... # LoadPlugin "olsrd_servicediscover.so.0.3" #{ # PlParam "configfile" "/etc/servicediscover.conf" #}; # Add more plugins here... # Finally, the interfaces section: # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # can be specified in the same block # and multiple blocks can be set. # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth0" "eth1" "wlan0" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # Ip4Broadcast 255.255.255.255 # IPv6 address scope to use. # Must be 'site-local' or 'global' # Ip6AddrType site-local # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # Ip6MulticastSite ff05::11 # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # Ip6MulticastGlobal ff0e::1 # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # Hello interval in seconds(float) HelloInterval 5.0 # HELLO validity time HelloValidityTime 300.0 # TC interval in seconds(float) TcInterval 2.0 # TC validity time TcValidityTime 300.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 300.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 300.0 # When multiple links exist between hosts # the weight of interface is used to determine # the link to use. Normally the weight is # automatically calculated by olsrd based # on the characteristics of the interface, # but here you can specify a fixed value. # Olsrd will choose links with the lowest value. # Weight 0 } ====un fichiers de config d un olsr compilé a partir de source de openmesh==== # niveau de debug(0-9) # si vous mettez a 0 le daemon tourne en tache de fond DebugLevel 0 # Fisheye mechanism for TC messages 0=off, 1=on LinkQualityFishEye 1 # Don't recalculate the Dijkstra-table for every incoming topology # control packet. There is no need to recalculate the whole table # if a minor change occured several hops away. Small CPUs will start # to glow if you do this in a mesh of considerable size. Rather the table # should be recalculated if a change occured in the neighborhood # of this node. The first number is the number of hops. Nodes within # this number of hops trigger a recalculation of the table. If the # number is 0 no incoming topology control packet will trigger # a recalculation of the table. The second number (floating point!) # is the length ot the interval until the table is recalculated anyway. LinkQualityDijkstraLimit 1 6.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Internet gateway: 0.0.0.0 0.0.0.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available #Willingness 4 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 6 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed Net 192.168.16.0 255.255.255.0 } # Wether to use hysteresis or not # Hysteresis adds more robustness to the # link sensing but delays neighbor registration. # Used by default. 'yes' or 'no' # Do not use hysteresis with ETX! UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 MprCoverage 5 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: LoadPlugin "olsrd_dyn_gw.so.0.3" { # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # # Example: dyn_gw params # # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" } # #LoadPlugin "olsrd_httpinfo.so.0.1" #{ # PlParam "port" "8080" # PlParam "Net" "0.0.0.0 255.255.255.255" #} # ## # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # can be specified in the same block # and multiple blocks can be set. # # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): # Interface "eth1" "eth2" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # # Ip4Broadcast 255.255.255.255 # # IPv6 address scope to use. # Must be 'site-local' or 'global' # # Ip6AddrType site-local # # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # # Ip6MulticastSite ff05::11 # # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # # Ip6MulticastGlobal ff0e::1 # # # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # # Hello interval in seconds(float) HelloInterval 5.0 # # HELLO validity time HelloValidityTime 200.0 # # # TC interval in seconds(float) 0.5 is only viable when # LinkQualityFishEye is enabled. Otherwise larger networks would # suffocate from a massive protocol overhead of TC-messages # TcInterval 0.5 # TC validity time TcValidityTime 250.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 100.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 100.0 ## ## # If a certain route should be preferred or ignored by the mesh, the # Link Quality value of a node can be multiplied with a factor entered # here. In the example the route using 192.168.0.1 would rather be # ignored. A multiplier of 0.5 will result in a small (bad) LinkQuality # value and a high (bad) ETX value. Note: Link quality multiplier is # used only when LinkQualityLevel is > 0. # LinkQualityMult 10.200.172.200 0.9 # This multiplier applies to all other nodes # LinkQualityMult default 0.8 } 1646 1645 2007-07-09T07:48:56Z Dako 4 /* minimal */ wikitext text/x-wiki ====un tableau pour comprendre les options==== {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |Intitulé | TestOlsr (rcwiki) | Rcng | OlsrV0.5 | Freifunk |- !pollingrate |Default value 0.05 sec | | | |- !TcRedundancy |defaults to 0 | | | |- !MprCoverage |defaults to 1 | | | |- !LinkQualityFishEye | x | | | |- !LinkQualityWinSize | x | | | |- !LinkQualityDijkstraLimit | x | | | |- !LinkQualityLevel | 2 | | | |- !UseHysteresis | no | | | |} ====minimal==== DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 LinkQualityFishEye 1 LinkQualityDijkstraLimit 3 5.0 TcRedundancy 2 MprCoverage 7 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "eth1" { } ====ideal==== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.1 TcRedundancy 2 MprCoverage 7 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 5.0 IpcConnect { MaxConnections 1 Host 127.0.0.1 Net 192.168.1.0 255.255.255.0 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 5.0 HelloValidityTime 20.0 TcInterval 2.0 TcValidityTime 30.0 MidInterval 15.0 MidValidityTime 30.0 HnaInterval 15.0 HnaValidityTime 30.0 } ====le fichiers olsrd.conf d une freifunk==== ################################################## ## Freifunk Default OLSRD.CONF ## ## olsr.org OLSR daemon config file ## ## onelektra at gmx dot net ## ################################################## # # Lines starting with a # are discarded # # This file was edited by Elektra and needs # olsrd-0.4.10 CVS or higher # # This file is an example of a typical configuration # for a huge (250 Nodes or more), reliable, scalable # routing-loop-free (well, almost :) and mostly static # network (regarding mobility) using the LQ extention # and FishEyeAlgorithm with LinkQualityDijkstraLimit # to reduce CPU-Overhead # # Debug level(0-9) # If set to 0 the daemon runs in the background # Use Debug level 0 on a embedded system - # debugging draws a lot of CPU-Power DebugLevel 1 # FishEyeAlgorithm - Disable only if you want to # experience routing loops :) # See the README about Fisheye in the olsrd-source LinkQualityFishEye 1 # Don't recalculate the Dijkstra-Table for every # incoming TC-Message from nodes more than n hops away - # Disable this algorithm in a huge mesh only if you are # interested to accelerate global warming with overheated CPUs # The first integer tells the algorithm to recalculate # the Dijkstra-table when a TC-Message arrives from a node # not more than n hops away. If set to 0 it will not # recalculate it upon incoming TCs # The second number (float) sets the time interval when # the Dijkstra table will be recalculated anyway. # Whatever comes first... LinkQualityDijkstraLimit 3 5.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Don't use this to announce an Internet Gateway - # rather use the dyn_gw plugin that checks wheter you are # actually a gateway or a black hole for other peoples # internet traffic... # Internet gateway: # 0.0.0.0 0.0.0.0 # more entries can be added: # 192.168.1.0 255.255.255.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available Willingness 7 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 1 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed #Net 192.168.1.0 255.255.255.0 } # Enable Hysteresis only if you want your routing table # to brake down every 5 seconds # Hysteresis is one of this fancy looking 'optimizations' # in RFC 3626 that don't work in real life # If unsure say "NO!" UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # # If you know what you are doing # you make sure that hysteresis # is completely SWITCHED OFF! # # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 # 100 is slow but stable... LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 # MultiPointRelais is another notorious # 'optimization' feature in RFC3626... # Switch it off by chosing redundancy value 2 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 # # Full coverage is the way to get rid of this # annoying 'optimization' MprCoverage 7 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: # This activates the HTTP Info plugin on port 8080 for # localhost only. LoadPlugin "httpinfo.so.0.1" { PlParam "port" "8080" PlParam "accept" "localhost" } # This plugin generates the information to make those fancy # 2D and 3D topology graphs #LoadPlugin "olsrd_dot_draw.so.0.3" #{ # PlParam "accept" "192.168.120.17" #} # This plugin announces that this node is a gateway into # other networks, it it actually is: #LoadPlugin "olsrd_dyn_gw.so.0.3" #{ # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # Example: dyn_gw params # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" #} # This plugin announces services available on your router: # Of course the configfile should be present... # LoadPlugin "olsrd_servicediscover.so.0.3" #{ # PlParam "configfile" "/etc/servicediscover.conf" #}; # Add more plugins here... # Finally, the interfaces section: # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # can be specified in the same block # and multiple blocks can be set. # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth0" "eth1" "wlan0" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # Ip4Broadcast 255.255.255.255 # IPv6 address scope to use. # Must be 'site-local' or 'global' # Ip6AddrType site-local # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # Ip6MulticastSite ff05::11 # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # Ip6MulticastGlobal ff0e::1 # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # Hello interval in seconds(float) HelloInterval 5.0 # HELLO validity time HelloValidityTime 300.0 # TC interval in seconds(float) TcInterval 2.0 # TC validity time TcValidityTime 300.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 300.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 300.0 # When multiple links exist between hosts # the weight of interface is used to determine # the link to use. Normally the weight is # automatically calculated by olsrd based # on the characteristics of the interface, # but here you can specify a fixed value. # Olsrd will choose links with the lowest value. # Weight 0 } ====un fichiers de config d un olsr compilé a partir de source de openmesh==== # niveau de debug(0-9) # si vous mettez a 0 le daemon tourne en tache de fond DebugLevel 0 # Fisheye mechanism for TC messages 0=off, 1=on LinkQualityFishEye 1 # Don't recalculate the Dijkstra-table for every incoming topology # control packet. There is no need to recalculate the whole table # if a minor change occured several hops away. Small CPUs will start # to glow if you do this in a mesh of considerable size. Rather the table # should be recalculated if a change occured in the neighborhood # of this node. The first number is the number of hops. Nodes within # this number of hops trigger a recalculation of the table. If the # number is 0 no incoming topology control packet will trigger # a recalculation of the table. The second number (floating point!) # is the length ot the interval until the table is recalculated anyway. LinkQualityDijkstraLimit 1 6.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Internet gateway: 0.0.0.0 0.0.0.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available #Willingness 4 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 6 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed Net 192.168.16.0 255.255.255.0 } # Wether to use hysteresis or not # Hysteresis adds more robustness to the # link sensing but delays neighbor registration. # Used by default. 'yes' or 'no' # Do not use hysteresis with ETX! UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 MprCoverage 5 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: LoadPlugin "olsrd_dyn_gw.so.0.3" { # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # # Example: dyn_gw params # # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" } # #LoadPlugin "olsrd_httpinfo.so.0.1" #{ # PlParam "port" "8080" # PlParam "Net" "0.0.0.0 255.255.255.255" #} # ## # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # can be specified in the same block # and multiple blocks can be set. # # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): # Interface "eth1" "eth2" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # # Ip4Broadcast 255.255.255.255 # # IPv6 address scope to use. # Must be 'site-local' or 'global' # # Ip6AddrType site-local # # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # # Ip6MulticastSite ff05::11 # # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # # Ip6MulticastGlobal ff0e::1 # # # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # # Hello interval in seconds(float) HelloInterval 5.0 # # HELLO validity time HelloValidityTime 200.0 # # # TC interval in seconds(float) 0.5 is only viable when # LinkQualityFishEye is enabled. Otherwise larger networks would # suffocate from a massive protocol overhead of TC-messages # TcInterval 0.5 # TC validity time TcValidityTime 250.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 100.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 100.0 ## ## # If a certain route should be preferred or ignored by the mesh, the # Link Quality value of a node can be multiplied with a factor entered # here. In the example the route using 192.168.0.1 would rather be # ignored. A multiplier of 0.5 will result in a small (bad) LinkQuality # value and a high (bad) ETX value. Note: Link quality multiplier is # used only when LinkQualityLevel is > 0. # LinkQualityMult 10.200.172.200 0.9 # This multiplier applies to all other nodes # LinkQualityMult default 0.8 } 1647 1646 2007-07-09T07:54:31Z Dako 4 wikitext text/x-wiki ====un tableau pour comprendre les options==== {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |Intitulé | TestOlsr (rcwiki) | Rcng | OlsrV0.5 | Freifunk |- !pollingrate |Default value 0.05 sec | | | |- !TcRedundancy |defaults to 0 | | | |- !MprCoverage |defaults to 1 | | | |- !LinkQualityFishEye | x | | | |- !LinkQualityWinSize | x | | | |- !LinkQualityDijkstraLimit | x | | | |- !LinkQualityLevel | 2 | | | |- !UseHysteresis | no | | | |} ====minimal==== DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 LinkQualityFishEye 1 LinkQualityDijkstraLimit 3 5.0 TcRedundancy 2 MprCoverage 7 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "eth1" { } ====olsr.conf du test olsr de 2003==== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.1 TcRedundancy 2 MprCoverage 7 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 5.0 IpcConnect { MaxConnections 1 Host 127.0.0.1 Net 192.168.1.0 255.255.255.0 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 5.0 HelloValidityTime 20.0 TcInterval 2.0 TcValidityTime 30.0 MidInterval 15.0 MidValidityTime 30.0 HnaInterval 15.0 HnaValidityTime 30.0 } ====le fichiers olsrd.conf d une freifunk==== ################################################## ## Freifunk Default OLSRD.CONF ## ## olsr.org OLSR daemon config file ## ## onelektra at gmx dot net ## ################################################## # # Lines starting with a # are discarded # # This file was edited by Elektra and needs # olsrd-0.4.10 CVS or higher # # This file is an example of a typical configuration # for a huge (250 Nodes or more), reliable, scalable # routing-loop-free (well, almost :) and mostly static # network (regarding mobility) using the LQ extention # and FishEyeAlgorithm with LinkQualityDijkstraLimit # to reduce CPU-Overhead # # Debug level(0-9) # If set to 0 the daemon runs in the background # Use Debug level 0 on a embedded system - # debugging draws a lot of CPU-Power DebugLevel 1 # FishEyeAlgorithm - Disable only if you want to # experience routing loops :) # See the README about Fisheye in the olsrd-source LinkQualityFishEye 1 # Don't recalculate the Dijkstra-Table for every # incoming TC-Message from nodes more than n hops away - # Disable this algorithm in a huge mesh only if you are # interested to accelerate global warming with overheated CPUs # The first integer tells the algorithm to recalculate # the Dijkstra-table when a TC-Message arrives from a node # not more than n hops away. If set to 0 it will not # recalculate it upon incoming TCs # The second number (float) sets the time interval when # the Dijkstra table will be recalculated anyway. # Whatever comes first... LinkQualityDijkstraLimit 3 5.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Don't use this to announce an Internet Gateway - # rather use the dyn_gw plugin that checks wheter you are # actually a gateway or a black hole for other peoples # internet traffic... # Internet gateway: # 0.0.0.0 0.0.0.0 # more entries can be added: # 192.168.1.0 255.255.255.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available Willingness 7 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 1 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed #Net 192.168.1.0 255.255.255.0 } # Enable Hysteresis only if you want your routing table # to brake down every 5 seconds # Hysteresis is one of this fancy looking 'optimizations' # in RFC 3626 that don't work in real life # If unsure say "NO!" UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # # If you know what you are doing # you make sure that hysteresis # is completely SWITCHED OFF! # # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 # 100 is slow but stable... LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 # MultiPointRelais is another notorious # 'optimization' feature in RFC3626... # Switch it off by chosing redundancy value 2 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 # # Full coverage is the way to get rid of this # annoying 'optimization' MprCoverage 7 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: # This activates the HTTP Info plugin on port 8080 for # localhost only. LoadPlugin "httpinfo.so.0.1" { PlParam "port" "8080" PlParam "accept" "localhost" } # This plugin generates the information to make those fancy # 2D and 3D topology graphs #LoadPlugin "olsrd_dot_draw.so.0.3" #{ # PlParam "accept" "192.168.120.17" #} # This plugin announces that this node is a gateway into # other networks, it it actually is: #LoadPlugin "olsrd_dyn_gw.so.0.3" #{ # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # Example: dyn_gw params # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" #} # This plugin announces services available on your router: # Of course the configfile should be present... # LoadPlugin "olsrd_servicediscover.so.0.3" #{ # PlParam "configfile" "/etc/servicediscover.conf" #}; # Add more plugins here... # Finally, the interfaces section: # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # # can be specified in the same block # and multiple blocks can be set. # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth0" "eth1" "wlan0" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # Ip4Broadcast 255.255.255.255 # IPv6 address scope to use. # Must be 'site-local' or 'global' # Ip6AddrType site-local # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # Ip6MulticastSite ff05::11 # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # Ip6MulticastGlobal ff0e::1 # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # Hello interval in seconds(float) HelloInterval 5.0 # HELLO validity time HelloValidityTime 300.0 # TC interval in seconds(float) TcInterval 2.0 # TC validity time TcValidityTime 300.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 300.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 300.0 # When multiple links exist between hosts # the weight of interface is used to determine # the link to use. Normally the weight is # automatically calculated by olsrd based # on the characteristics of the interface, # but here you can specify a fixed value. # Olsrd will choose links with the lowest value. # Weight 0 } ====un fichiers de config d un olsr compilé a partir de source de openmesh==== # niveau de debug(0-9) # si vous mettez a 0 le daemon tourne en tache de fond DebugLevel 0 # Fisheye mechanism for TC messages 0=off, 1=on LinkQualityFishEye 1 # Don't recalculate the Dijkstra-table for every incoming topology # control packet. There is no need to recalculate the whole table # if a minor change occured several hops away. Small CPUs will start # to glow if you do this in a mesh of considerable size. Rather the table # should be recalculated if a change occured in the neighborhood # of this node. The first number is the number of hops. Nodes within # this number of hops trigger a recalculation of the table. If the # number is 0 no incoming topology control packet will trigger # a recalculation of the table. The second number (floating point!) # is the length ot the interval until the table is recalculated anyway. LinkQualityDijkstraLimit 1 6.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Internet gateway: 0.0.0.0 0.0.0.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available #Willingness 4 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 6 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed Net 192.168.16.0 255.255.255.0 } # Wether to use hysteresis or not # Hysteresis adds more robustness to the # link sensing but delays neighbor registration. # Used by default. 'yes' or 'no' # Do not use hysteresis with ETX! UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 MprCoverage 5 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: LoadPlugin "olsrd_dyn_gw.so.0.3" { # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # # Example: dyn_gw params # # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" } # #LoadPlugin "olsrd_httpinfo.so.0.1" #{ # PlParam "port" "8080" # PlParam "Net" "0.0.0.0 255.255.255.255" #} # ## # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # can be specified in the same block # and multiple blocks can be set. # # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): # Interface "eth1" "eth2" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # # Ip4Broadcast 255.255.255.255 # # IPv6 address scope to use. # Must be 'site-local' or 'global' # # Ip6AddrType site-local # # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # # Ip6MulticastSite ff05::11 # # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # # Ip6MulticastGlobal ff0e::1 # # # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # # Hello interval in seconds(float) HelloInterval 5.0 # # HELLO validity time HelloValidityTime 200.0 # # # TC interval in seconds(float) 0.5 is only viable when # LinkQualityFishEye is enabled. Otherwise larger networks would # suffocate from a massive protocol overhead of TC-messages # TcInterval 0.5 # TC validity time TcValidityTime 250.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 100.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 100.0 ## ## # If a certain route should be preferred or ignored by the mesh, the # Link Quality value of a node can be multiplied with a factor entered # here. In the example the route using 192.168.0.1 would rather be # ignored. A multiplier of 0.5 will result in a small (bad) LinkQuality # value and a high (bad) ETX value. Note: Link quality multiplier is # used only when LinkQualityLevel is > 0. # LinkQualityMult 10.200.172.200 0.9 # This multiplier applies to all other nodes # LinkQualityMult default 0.8 } 1648 1647 2007-07-09T07:56:42Z Dako 4 wikitext text/x-wiki ====description des différents paramètres==== =====polling rate===== =====TcRedundancy===== =====LinkQualityFishEye===== ====un tableau pour comprendre les options==== {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |Intitulé | TestOlsr (rcwiki) | Rcng | OlsrV0.5 | Freifunk |- !pollingrate |Default value 0.05 sec | | | |- !TcRedundancy |defaults to 0 | | | |- !MprCoverage |defaults to 1 | | | |- !LinkQualityFishEye | x | | | |- !LinkQualityWinSize | x | | | |- !LinkQualityDijkstraLimit | x | | | |- !LinkQualityLevel | 2 | | | |- !UseHysteresis | no | | | |} ====minimal==== DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 LinkQualityFishEye 1 LinkQualityDijkstraLimit 3 5.0 TcRedundancy 2 MprCoverage 7 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "eth1" { } ====olsr.conf du test olsr de 2003==== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.1 TcRedundancy 2 MprCoverage 7 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 5.0 IpcConnect { MaxConnections 1 Host 127.0.0.1 Net 192.168.1.0 255.255.255.0 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 5.0 HelloValidityTime 20.0 TcInterval 2.0 TcValidityTime 30.0 MidInterval 15.0 MidValidityTime 30.0 HnaInterval 15.0 HnaValidityTime 30.0 } ====le fichiers olsrd.conf d une freifunk==== ################################################## ## Freifunk Default OLSRD.CONF ## ## olsr.org OLSR daemon config file ## ## onelektra at gmx dot net ## ################################################## # # Lines starting with a # are discarded # # This file was edited by Elektra and needs # olsrd-0.4.10 CVS or higher # # This file is an example of a typical configuration # for a huge (250 Nodes or more), reliable, scalable # routing-loop-free (well, almost :) and mostly static # network (regarding mobility) using the LQ extention # and FishEyeAlgorithm with LinkQualityDijkstraLimit # to reduce CPU-Overhead # # Debug level(0-9) # If set to 0 the daemon runs in the background # Use Debug level 0 on a embedded system - # debugging draws a lot of CPU-Power DebugLevel 1 # FishEyeAlgorithm - Disable only if you want to # experience routing loops :) # See the README about Fisheye in the olsrd-source LinkQualityFishEye 1 # Don't recalculate the Dijkstra-Table for every # incoming TC-Message from nodes more than n hops away - # Disable this algorithm in a huge mesh only if you are # interested to accelerate global warming with overheated CPUs # The first integer tells the algorithm to recalculate # the Dijkstra-table when a TC-Message arrives from a node # not more than n hops away. If set to 0 it will not # recalculate it upon incoming TCs # The second number (float) sets the time interval when # the Dijkstra table will be recalculated anyway. # Whatever comes first... LinkQualityDijkstraLimit 3 5.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Don't use this to announce an Internet Gateway - # rather use the dyn_gw plugin that checks wheter you are # actually a gateway or a black hole for other peoples # internet traffic... # Internet gateway: # 0.0.0.0 0.0.0.0 # more entries can be added: # 192.168.1.0 255.255.255.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available Willingness 7 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 1 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed #Net 192.168.1.0 255.255.255.0 } # Enable Hysteresis only if you want your routing table # to brake down every 5 seconds # Hysteresis is one of this fancy looking 'optimizations' # in RFC 3626 that don't work in real life # If unsure say "NO!" UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # # If you know what you are doing # you make sure that hysteresis # is completely SWITCHED OFF! # # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 # 100 is slow but stable... LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 # MultiPointRelais is another notorious # 'optimization' feature in RFC3626... # Switch it off by chosing redundancy value 2 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 # # Full coverage is the way to get rid of this # annoying 'optimization' MprCoverage 7 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: # This activates the HTTP Info plugin on port 8080 for # localhost only. LoadPlugin "httpinfo.so.0.1" { PlParam "port" "8080" PlParam "accept" "localhost" } # This plugin generates the information to make those fancy # 2D and 3D topology graphs #LoadPlugin "olsrd_dot_draw.so.0.3" #{ # PlParam "accept" "192.168.120.17" #} # This plugin announces that this node is a gateway into # other networks, it it actually is: #LoadPlugin "olsrd_dyn_gw.so.0.3" #{ # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # Example: dyn_gw params # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" #} # This plugin announces services available on your router: # Of course the configfile should be present... # LoadPlugin "olsrd_servicediscover.so.0.3" #{ # PlParam "configfile" "/etc/servicediscover.conf" #}; # Add more plugins here... # Finally, the interfaces section: # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # # can be specified in the same block # and multiple blocks can be set. # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth0" "eth1" "wlan0" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # Ip4Broadcast 255.255.255.255 # IPv6 address scope to use. # Must be 'site-local' or 'global' # Ip6AddrType site-local # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # Ip6MulticastSite ff05::11 # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # Ip6MulticastGlobal ff0e::1 # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # Hello interval in seconds(float) HelloInterval 5.0 # HELLO validity time HelloValidityTime 300.0 # TC interval in seconds(float) TcInterval 2.0 # TC validity time TcValidityTime 300.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 300.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 300.0 # When multiple links exist between hosts # the weight of interface is used to determine # the link to use. Normally the weight is # automatically calculated by olsrd based # on the characteristics of the interface, # but here you can specify a fixed value. # Olsrd will choose links with the lowest value. # Weight 0 } ====un fichiers de config d un olsr compilé a partir de source de openmesh==== # niveau de debug(0-9) # si vous mettez a 0 le daemon tourne en tache de fond DebugLevel 0 # Fisheye mechanism for TC messages 0=off, 1=on LinkQualityFishEye 1 # Don't recalculate the Dijkstra-table for every incoming topology # control packet. There is no need to recalculate the whole table # if a minor change occured several hops away. Small CPUs will start # to glow if you do this in a mesh of considerable size. Rather the table # should be recalculated if a change occured in the neighborhood # of this node. The first number is the number of hops. Nodes within # this number of hops trigger a recalculation of the table. If the # number is 0 no incoming topology control packet will trigger # a recalculation of the table. The second number (floating point!) # is the length ot the interval until the table is recalculated anyway. LinkQualityDijkstraLimit 1 6.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Internet gateway: 0.0.0.0 0.0.0.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available #Willingness 4 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 6 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed Net 192.168.16.0 255.255.255.0 } # Wether to use hysteresis or not # Hysteresis adds more robustness to the # link sensing but delays neighbor registration. # Used by default. 'yes' or 'no' # Do not use hysteresis with ETX! UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 MprCoverage 5 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: LoadPlugin "olsrd_dyn_gw.so.0.3" { # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # # Example: dyn_gw params # # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" } # #LoadPlugin "olsrd_httpinfo.so.0.1" #{ # PlParam "port" "8080" # PlParam "Net" "0.0.0.0 255.255.255.255" #} # ## # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # can be specified in the same block # and multiple blocks can be set. # # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): # Interface "eth1" "eth2" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # # Ip4Broadcast 255.255.255.255 # # IPv6 address scope to use. # Must be 'site-local' or 'global' # # Ip6AddrType site-local # # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # # Ip6MulticastSite ff05::11 # # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # # Ip6MulticastGlobal ff0e::1 # # # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # # Hello interval in seconds(float) HelloInterval 5.0 # # HELLO validity time HelloValidityTime 200.0 # # # TC interval in seconds(float) 0.5 is only viable when # LinkQualityFishEye is enabled. Otherwise larger networks would # suffocate from a massive protocol overhead of TC-messages # TcInterval 0.5 # TC validity time TcValidityTime 250.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 100.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 100.0 ## ## # If a certain route should be preferred or ignored by the mesh, the # Link Quality value of a node can be multiplied with a factor entered # here. In the example the route using 192.168.0.1 would rather be # ignored. A multiplier of 0.5 will result in a small (bad) LinkQuality # value and a high (bad) ETX value. Note: Link quality multiplier is # used only when LinkQualityLevel is > 0. # LinkQualityMult 10.200.172.200 0.9 # This multiplier applies to all other nodes # LinkQualityMult default 0.8 } 1649 1648 2007-07-09T08:01:54Z Dako 4 wikitext text/x-wiki ====description des différents paramètres==== =====polling rate===== =====TcRedundancy===== =====LinkQualityFishEye===== =====jikstra===== # Don't recalculate the Dijkstra-Table for every # incoming TC-Message from nodes more than n hops away - # Disable this algorithm in a huge mesh only if you are # interested to accelerate global warming with overheated CPUs # The first integer tells the algorithm to recalculate # the Dijkstra-table when a TC-Message arrives from a node # not more than n hops away. If set to 0 it will not # recalculate it upon incoming TCs # The second number (float) sets the time interval when # the Dijkstra table will be recalculated anyway. # Whatever comes first... ====un tableau pour comprendre les options==== {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |Intitulé | TestOlsr (rcwiki) | Rcng | OlsrV0.5 | Freifunk |- !pollingrate |Default value 0.05 sec | | | |- !TcRedundancy |defaults to 0 | | | |- !MprCoverage |defaults to 1 | | | |- !LinkQualityFishEye | x | | | |- !LinkQualityWinSize | x | | | |- !LinkQualityDijkstraLimit | x | | | |- !LinkQualityLevel | 2 | | | |- !UseHysteresis | no | | | |} ====minimal==== DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 LinkQualityFishEye 1 LinkQualityDijkstraLimit 3 5.0 TcRedundancy 2 MprCoverage 7 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "eth1" { } ====olsr.conf du test olsr de 2003==== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.1 TcRedundancy 2 MprCoverage 7 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 5.0 IpcConnect { MaxConnections 1 Host 127.0.0.1 Net 192.168.1.0 255.255.255.0 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 5.0 HelloValidityTime 20.0 TcInterval 2.0 TcValidityTime 30.0 MidInterval 15.0 MidValidityTime 30.0 HnaInterval 15.0 HnaValidityTime 30.0 } ====le fichiers olsrd.conf d une freifunk==== ################################################## ## Freifunk Default OLSRD.CONF ## ## olsr.org OLSR daemon config file ## ## onelektra at gmx dot net ## ################################################## # # Lines starting with a # are discarded # # This file was edited by Elektra and needs # olsrd-0.4.10 CVS or higher # # This file is an example of a typical configuration # for a huge (250 Nodes or more), reliable, scalable # routing-loop-free (well, almost :) and mostly static # network (regarding mobility) using the LQ extention # and FishEyeAlgorithm with LinkQualityDijkstraLimit # to reduce CPU-Overhead # # Debug level(0-9) # If set to 0 the daemon runs in the background # Use Debug level 0 on a embedded system - # debugging draws a lot of CPU-Power DebugLevel 1 # FishEyeAlgorithm - Disable only if you want to # experience routing loops :) # See the README about Fisheye in the olsrd-source LinkQualityFishEye 1 # Don't recalculate the Dijkstra-Table for every # incoming TC-Message from nodes more than n hops away - # Disable this algorithm in a huge mesh only if you are # interested to accelerate global warming with overheated CPUs # The first integer tells the algorithm to recalculate # the Dijkstra-table when a TC-Message arrives from a node # not more than n hops away. If set to 0 it will not # recalculate it upon incoming TCs # The second number (float) sets the time interval when # the Dijkstra table will be recalculated anyway. # Whatever comes first... LinkQualityDijkstraLimit 3 5.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Don't use this to announce an Internet Gateway - # rather use the dyn_gw plugin that checks wheter you are # actually a gateway or a black hole for other peoples # internet traffic... # Internet gateway: # 0.0.0.0 0.0.0.0 # more entries can be added: # 192.168.1.0 255.255.255.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available Willingness 7 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 1 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed #Net 192.168.1.0 255.255.255.0 } # Enable Hysteresis only if you want your routing table # to brake down every 5 seconds # Hysteresis is one of this fancy looking 'optimizations' # in RFC 3626 that don't work in real life # If unsure say "NO!" UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # # If you know what you are doing # you make sure that hysteresis # is completely SWITCHED OFF! # # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 # 100 is slow but stable... LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 # MultiPointRelais is another notorious # 'optimization' feature in RFC3626... # Switch it off by chosing redundancy value 2 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 # # Full coverage is the way to get rid of this # annoying 'optimization' MprCoverage 7 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: # This activates the HTTP Info plugin on port 8080 for # localhost only. LoadPlugin "httpinfo.so.0.1" { PlParam "port" "8080" PlParam "accept" "localhost" } # This plugin generates the information to make those fancy # 2D and 3D topology graphs #LoadPlugin "olsrd_dot_draw.so.0.3" #{ # PlParam "accept" "192.168.120.17" #} # This plugin announces that this node is a gateway into # other networks, it it actually is: #LoadPlugin "olsrd_dyn_gw.so.0.3" #{ # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # Example: dyn_gw params # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" #} # This plugin announces services available on your router: # Of course the configfile should be present... # LoadPlugin "olsrd_servicediscover.so.0.3" #{ # PlParam "configfile" "/etc/servicediscover.conf" #}; # Add more plugins here... # Finally, the interfaces section: # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # # can be specified in the same block # and multiple blocks can be set. # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth0" "eth1" "wlan0" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # Ip4Broadcast 255.255.255.255 # IPv6 address scope to use. # Must be 'site-local' or 'global' # Ip6AddrType site-local # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # Ip6MulticastSite ff05::11 # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # Ip6MulticastGlobal ff0e::1 # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # Hello interval in seconds(float) HelloInterval 5.0 # HELLO validity time HelloValidityTime 300.0 # TC interval in seconds(float) TcInterval 2.0 # TC validity time TcValidityTime 300.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 300.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 300.0 # When multiple links exist between hosts # the weight of interface is used to determine # the link to use. Normally the weight is # automatically calculated by olsrd based # on the characteristics of the interface, # but here you can specify a fixed value. # Olsrd will choose links with the lowest value. # Weight 0 } ====un fichiers de config d un olsr compilé a partir de source de openmesh==== # niveau de debug(0-9) # si vous mettez a 0 le daemon tourne en tache de fond DebugLevel 0 # Fisheye mechanism for TC messages 0=off, 1=on LinkQualityFishEye 1 # Don't recalculate the Dijkstra-table for every incoming topology # control packet. There is no need to recalculate the whole table # if a minor change occured several hops away. Small CPUs will start # to glow if you do this in a mesh of considerable size. Rather the table # should be recalculated if a change occured in the neighborhood # of this node. The first number is the number of hops. Nodes within # this number of hops trigger a recalculation of the table. If the # number is 0 no incoming topology control packet will trigger # a recalculation of the table. The second number (floating point!) # is the length ot the interval until the table is recalculated anyway. LinkQualityDijkstraLimit 1 6.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Internet gateway: 0.0.0.0 0.0.0.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available #Willingness 4 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 6 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed Net 192.168.16.0 255.255.255.0 } # Wether to use hysteresis or not # Hysteresis adds more robustness to the # link sensing but delays neighbor registration. # Used by default. 'yes' or 'no' # Do not use hysteresis with ETX! UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 MprCoverage 5 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: LoadPlugin "olsrd_dyn_gw.so.0.3" { # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # # Example: dyn_gw params # # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" } # #LoadPlugin "olsrd_httpinfo.so.0.1" #{ # PlParam "port" "8080" # PlParam "Net" "0.0.0.0 255.255.255.255" #} # ## # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # can be specified in the same block # and multiple blocks can be set. # # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): # Interface "eth1" "eth2" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # # Ip4Broadcast 255.255.255.255 # # IPv6 address scope to use. # Must be 'site-local' or 'global' # # Ip6AddrType site-local # # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # # Ip6MulticastSite ff05::11 # # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # # Ip6MulticastGlobal ff0e::1 # # # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # # Hello interval in seconds(float) HelloInterval 5.0 # # HELLO validity time HelloValidityTime 200.0 # # # TC interval in seconds(float) 0.5 is only viable when # LinkQualityFishEye is enabled. Otherwise larger networks would # suffocate from a massive protocol overhead of TC-messages # TcInterval 0.5 # TC validity time TcValidityTime 250.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 100.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 100.0 ## ## # If a certain route should be preferred or ignored by the mesh, the # Link Quality value of a node can be multiplied with a factor entered # here. In the example the route using 192.168.0.1 would rather be # ignored. A multiplier of 0.5 will result in a small (bad) LinkQuality # value and a high (bad) ETX value. Note: Link quality multiplier is # used only when LinkQualityLevel is > 0. # LinkQualityMult 10.200.172.200 0.9 # This multiplier applies to all other nodes # LinkQualityMult default 0.8 } 1650 1649 2007-07-09T08:05:09Z Dako 4 /* TcRedundancy */ wikitext text/x-wiki ====description des différents paramètres==== =====polling rate===== =====TcRedundancy===== # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 # MultiPointRelais is another notorious # 'optimization' feature in RFC3626... # Switch it off by chosing redundancy value 2 =====LinkQualityFishEye===== =====jikstra===== # Don't recalculate the Dijkstra-Table for every # incoming TC-Message from nodes more than n hops away - # Disable this algorithm in a huge mesh only if you are # interested to accelerate global warming with overheated CPUs # The first integer tells the algorithm to recalculate # the Dijkstra-table when a TC-Message arrives from a node # not more than n hops away. If set to 0 it will not # recalculate it upon incoming TCs # The second number (float) sets the time interval when # the Dijkstra table will be recalculated anyway. # Whatever comes first... ====un tableau pour comprendre les options==== {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |Intitulé | TestOlsr (rcwiki) | Rcng | OlsrV0.5 | Freifunk |- !pollingrate |Default value 0.05 sec | | | |- !TcRedundancy |defaults to 0 | | | |- !MprCoverage |defaults to 1 | | | |- !LinkQualityFishEye | x | | | |- !LinkQualityWinSize | x | | | |- !LinkQualityDijkstraLimit | x | | | |- !LinkQualityLevel | 2 | | | |- !UseHysteresis | no | | | |} ====minimal==== DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 LinkQualityFishEye 1 LinkQualityDijkstraLimit 3 5.0 TcRedundancy 2 MprCoverage 7 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "eth1" { } ====olsr.conf du test olsr de 2003==== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.1 TcRedundancy 2 MprCoverage 7 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 5.0 IpcConnect { MaxConnections 1 Host 127.0.0.1 Net 192.168.1.0 255.255.255.0 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 5.0 HelloValidityTime 20.0 TcInterval 2.0 TcValidityTime 30.0 MidInterval 15.0 MidValidityTime 30.0 HnaInterval 15.0 HnaValidityTime 30.0 } ====le fichiers olsrd.conf d une freifunk==== ################################################## ## Freifunk Default OLSRD.CONF ## ## olsr.org OLSR daemon config file ## ## onelektra at gmx dot net ## ################################################## # # Lines starting with a # are discarded # # This file was edited by Elektra and needs # olsrd-0.4.10 CVS or higher # # This file is an example of a typical configuration # for a huge (250 Nodes or more), reliable, scalable # routing-loop-free (well, almost :) and mostly static # network (regarding mobility) using the LQ extention # and FishEyeAlgorithm with LinkQualityDijkstraLimit # to reduce CPU-Overhead # # Debug level(0-9) # If set to 0 the daemon runs in the background # Use Debug level 0 on a embedded system - # debugging draws a lot of CPU-Power DebugLevel 1 # FishEyeAlgorithm - Disable only if you want to # experience routing loops :) # See the README about Fisheye in the olsrd-source LinkQualityFishEye 1 # Don't recalculate the Dijkstra-Table for every # incoming TC-Message from nodes more than n hops away - # Disable this algorithm in a huge mesh only if you are # interested to accelerate global warming with overheated CPUs # The first integer tells the algorithm to recalculate # the Dijkstra-table when a TC-Message arrives from a node # not more than n hops away. If set to 0 it will not # recalculate it upon incoming TCs # The second number (float) sets the time interval when # the Dijkstra table will be recalculated anyway. # Whatever comes first... LinkQualityDijkstraLimit 3 5.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Don't use this to announce an Internet Gateway - # rather use the dyn_gw plugin that checks wheter you are # actually a gateway or a black hole for other peoples # internet traffic... # Internet gateway: # 0.0.0.0 0.0.0.0 # more entries can be added: # 192.168.1.0 255.255.255.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available Willingness 7 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 1 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed #Net 192.168.1.0 255.255.255.0 } # Enable Hysteresis only if you want your routing table # to brake down every 5 seconds # Hysteresis is one of this fancy looking 'optimizations' # in RFC 3626 that don't work in real life # If unsure say "NO!" UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # # If you know what you are doing # you make sure that hysteresis # is completely SWITCHED OFF! # # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 # 100 is slow but stable... LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 # MultiPointRelais is another notorious # 'optimization' feature in RFC3626... # Switch it off by chosing redundancy value 2 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 # # Full coverage is the way to get rid of this # annoying 'optimization' MprCoverage 7 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: # This activates the HTTP Info plugin on port 8080 for # localhost only. LoadPlugin "httpinfo.so.0.1" { PlParam "port" "8080" PlParam "accept" "localhost" } # This plugin generates the information to make those fancy # 2D and 3D topology graphs #LoadPlugin "olsrd_dot_draw.so.0.3" #{ # PlParam "accept" "192.168.120.17" #} # This plugin announces that this node is a gateway into # other networks, it it actually is: #LoadPlugin "olsrd_dyn_gw.so.0.3" #{ # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # Example: dyn_gw params # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" #} # This plugin announces services available on your router: # Of course the configfile should be present... # LoadPlugin "olsrd_servicediscover.so.0.3" #{ # PlParam "configfile" "/etc/servicediscover.conf" #}; # Add more plugins here... # Finally, the interfaces section: # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # # can be specified in the same block # and multiple blocks can be set. # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth0" "eth1" "wlan0" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # Ip4Broadcast 255.255.255.255 # IPv6 address scope to use. # Must be 'site-local' or 'global' # Ip6AddrType site-local # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # Ip6MulticastSite ff05::11 # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # Ip6MulticastGlobal ff0e::1 # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # Hello interval in seconds(float) HelloInterval 5.0 # HELLO validity time HelloValidityTime 300.0 # TC interval in seconds(float) TcInterval 2.0 # TC validity time TcValidityTime 300.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 300.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 300.0 # When multiple links exist between hosts # the weight of interface is used to determine # the link to use. Normally the weight is # automatically calculated by olsrd based # on the characteristics of the interface, # but here you can specify a fixed value. # Olsrd will choose links with the lowest value. # Weight 0 } ====un fichiers de config d un olsr compilé a partir de source de openmesh==== # niveau de debug(0-9) # si vous mettez a 0 le daemon tourne en tache de fond DebugLevel 0 # Fisheye mechanism for TC messages 0=off, 1=on LinkQualityFishEye 1 # Don't recalculate the Dijkstra-table for every incoming topology # control packet. There is no need to recalculate the whole table # if a minor change occured several hops away. Small CPUs will start # to glow if you do this in a mesh of considerable size. Rather the table # should be recalculated if a change occured in the neighborhood # of this node. The first number is the number of hops. Nodes within # this number of hops trigger a recalculation of the table. If the # number is 0 no incoming topology control packet will trigger # a recalculation of the table. The second number (floating point!) # is the length ot the interval until the table is recalculated anyway. LinkQualityDijkstraLimit 1 6.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Internet gateway: 0.0.0.0 0.0.0.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available #Willingness 4 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 6 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed Net 192.168.16.0 255.255.255.0 } # Wether to use hysteresis or not # Hysteresis adds more robustness to the # link sensing but delays neighbor registration. # Used by default. 'yes' or 'no' # Do not use hysteresis with ETX! UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 MprCoverage 5 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: LoadPlugin "olsrd_dyn_gw.so.0.3" { # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # # Example: dyn_gw params # # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" } # #LoadPlugin "olsrd_httpinfo.so.0.1" #{ # PlParam "port" "8080" # PlParam "Net" "0.0.0.0 255.255.255.255" #} # ## # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # can be specified in the same block # and multiple blocks can be set. # # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): # Interface "eth1" "eth2" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # # Ip4Broadcast 255.255.255.255 # # IPv6 address scope to use. # Must be 'site-local' or 'global' # # Ip6AddrType site-local # # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # # Ip6MulticastSite ff05::11 # # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # # Ip6MulticastGlobal ff0e::1 # # # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # # Hello interval in seconds(float) HelloInterval 5.0 # # HELLO validity time HelloValidityTime 200.0 # # # TC interval in seconds(float) 0.5 is only viable when # LinkQualityFishEye is enabled. Otherwise larger networks would # suffocate from a massive protocol overhead of TC-messages # TcInterval 0.5 # TC validity time TcValidityTime 250.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 100.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 100.0 ## ## # If a certain route should be preferred or ignored by the mesh, the # Link Quality value of a node can be multiplied with a factor entered # here. In the example the route using 192.168.0.1 would rather be # ignored. A multiplier of 0.5 will result in a small (bad) LinkQuality # value and a high (bad) ETX value. Note: Link quality multiplier is # used only when LinkQualityLevel is > 0. # LinkQualityMult 10.200.172.200 0.9 # This multiplier applies to all other nodes # LinkQualityMult default 0.8 } 1651 1650 2007-07-09T08:22:29Z Dako 4 /* TcRedundancy */ wikitext text/x-wiki ====description des différents paramètres==== =====polling rate===== =====TcRedundancy===== # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 # MultiPointRelais is another notorious # 'optimization' feature in RFC3626... # Switch it off by chosing redundancy value 2 La TC redundancy indique combien d'information de voisin devrait être introduite des messages de TC les valeurs que possibles sont : 0 - envoyez seulement les sélecteurs de MPR 1 - envoyez les sélecteurs MPR et les MPRs 2 - envoient a tous les voisins par default la valeur est a 0 MultiPointRelais est une des autres 'optimization' notoires ; disponible dans RFC3626... =====LinkQualityFishEye===== =====jikstra===== # Don't recalculate the Dijkstra-Table for every # incoming TC-Message from nodes more than n hops away - # Disable this algorithm in a huge mesh only if you are # interested to accelerate global warming with overheated CPUs # The first integer tells the algorithm to recalculate # the Dijkstra-table when a TC-Message arrives from a node # not more than n hops away. If set to 0 it will not # recalculate it upon incoming TCs # The second number (float) sets the time interval when # the Dijkstra table will be recalculated anyway. # Whatever comes first... ====un tableau pour comprendre les options==== {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |Intitulé | TestOlsr (rcwiki) | Rcng | OlsrV0.5 | Freifunk |- !pollingrate |Default value 0.05 sec | | | |- !TcRedundancy |defaults to 0 | | | |- !MprCoverage |defaults to 1 | | | |- !LinkQualityFishEye | x | | | |- !LinkQualityWinSize | x | | | |- !LinkQualityDijkstraLimit | x | | | |- !LinkQualityLevel | 2 | | | |- !UseHysteresis | no | | | |} ====minimal==== DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 LinkQualityFishEye 1 LinkQualityDijkstraLimit 3 5.0 TcRedundancy 2 MprCoverage 7 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "eth1" { } ====olsr.conf du test olsr de 2003==== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.1 TcRedundancy 2 MprCoverage 7 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 5.0 IpcConnect { MaxConnections 1 Host 127.0.0.1 Net 192.168.1.0 255.255.255.0 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 5.0 HelloValidityTime 20.0 TcInterval 2.0 TcValidityTime 30.0 MidInterval 15.0 MidValidityTime 30.0 HnaInterval 15.0 HnaValidityTime 30.0 } ====le fichiers olsrd.conf d une freifunk==== ################################################## ## Freifunk Default OLSRD.CONF ## ## olsr.org OLSR daemon config file ## ## onelektra at gmx dot net ## ################################################## # # Lines starting with a # are discarded # # This file was edited by Elektra and needs # olsrd-0.4.10 CVS or higher # # This file is an example of a typical configuration # for a huge (250 Nodes or more), reliable, scalable # routing-loop-free (well, almost :) and mostly static # network (regarding mobility) using the LQ extention # and FishEyeAlgorithm with LinkQualityDijkstraLimit # to reduce CPU-Overhead # # Debug level(0-9) # If set to 0 the daemon runs in the background # Use Debug level 0 on a embedded system - # debugging draws a lot of CPU-Power DebugLevel 1 # FishEyeAlgorithm - Disable only if you want to # experience routing loops :) # See the README about Fisheye in the olsrd-source LinkQualityFishEye 1 # Don't recalculate the Dijkstra-Table for every # incoming TC-Message from nodes more than n hops away - # Disable this algorithm in a huge mesh only if you are # interested to accelerate global warming with overheated CPUs # The first integer tells the algorithm to recalculate # the Dijkstra-table when a TC-Message arrives from a node # not more than n hops away. If set to 0 it will not # recalculate it upon incoming TCs # The second number (float) sets the time interval when # the Dijkstra table will be recalculated anyway. # Whatever comes first... LinkQualityDijkstraLimit 3 5.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Don't use this to announce an Internet Gateway - # rather use the dyn_gw plugin that checks wheter you are # actually a gateway or a black hole for other peoples # internet traffic... # Internet gateway: # 0.0.0.0 0.0.0.0 # more entries can be added: # 192.168.1.0 255.255.255.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available Willingness 7 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 1 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed #Net 192.168.1.0 255.255.255.0 } # Enable Hysteresis only if you want your routing table # to brake down every 5 seconds # Hysteresis is one of this fancy looking 'optimizations' # in RFC 3626 that don't work in real life # If unsure say "NO!" UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # # If you know what you are doing # you make sure that hysteresis # is completely SWITCHED OFF! # # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 # 100 is slow but stable... LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 # MultiPointRelais is another notorious # 'optimization' feature in RFC3626... # Switch it off by chosing redundancy value 2 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 # # Full coverage is the way to get rid of this # annoying 'optimization' MprCoverage 7 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: # This activates the HTTP Info plugin on port 8080 for # localhost only. LoadPlugin "httpinfo.so.0.1" { PlParam "port" "8080" PlParam "accept" "localhost" } # This plugin generates the information to make those fancy # 2D and 3D topology graphs #LoadPlugin "olsrd_dot_draw.so.0.3" #{ # PlParam "accept" "192.168.120.17" #} # This plugin announces that this node is a gateway into # other networks, it it actually is: #LoadPlugin "olsrd_dyn_gw.so.0.3" #{ # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # Example: dyn_gw params # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" #} # This plugin announces services available on your router: # Of course the configfile should be present... # LoadPlugin "olsrd_servicediscover.so.0.3" #{ # PlParam "configfile" "/etc/servicediscover.conf" #}; # Add more plugins here... # Finally, the interfaces section: # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # # can be specified in the same block # and multiple blocks can be set. # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth0" "eth1" "wlan0" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # Ip4Broadcast 255.255.255.255 # IPv6 address scope to use. # Must be 'site-local' or 'global' # Ip6AddrType site-local # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # Ip6MulticastSite ff05::11 # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # Ip6MulticastGlobal ff0e::1 # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # Hello interval in seconds(float) HelloInterval 5.0 # HELLO validity time HelloValidityTime 300.0 # TC interval in seconds(float) TcInterval 2.0 # TC validity time TcValidityTime 300.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 300.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 300.0 # When multiple links exist between hosts # the weight of interface is used to determine # the link to use. Normally the weight is # automatically calculated by olsrd based # on the characteristics of the interface, # but here you can specify a fixed value. # Olsrd will choose links with the lowest value. # Weight 0 } ====un fichiers de config d un olsr compilé a partir de source de openmesh==== # niveau de debug(0-9) # si vous mettez a 0 le daemon tourne en tache de fond DebugLevel 0 # Fisheye mechanism for TC messages 0=off, 1=on LinkQualityFishEye 1 # Don't recalculate the Dijkstra-table for every incoming topology # control packet. There is no need to recalculate the whole table # if a minor change occured several hops away. Small CPUs will start # to glow if you do this in a mesh of considerable size. Rather the table # should be recalculated if a change occured in the neighborhood # of this node. The first number is the number of hops. Nodes within # this number of hops trigger a recalculation of the table. If the # number is 0 no incoming topology control packet will trigger # a recalculation of the table. The second number (floating point!) # is the length ot the interval until the table is recalculated anyway. LinkQualityDijkstraLimit 1 6.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Internet gateway: 0.0.0.0 0.0.0.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available #Willingness 4 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 6 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed Net 192.168.16.0 255.255.255.0 } # Wether to use hysteresis or not # Hysteresis adds more robustness to the # link sensing but delays neighbor registration. # Used by default. 'yes' or 'no' # Do not use hysteresis with ETX! UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 MprCoverage 5 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: LoadPlugin "olsrd_dyn_gw.so.0.3" { # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # # Example: dyn_gw params # # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" } # #LoadPlugin "olsrd_httpinfo.so.0.1" #{ # PlParam "port" "8080" # PlParam "Net" "0.0.0.0 255.255.255.255" #} # ## # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # can be specified in the same block # and multiple blocks can be set. # # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): # Interface "eth1" "eth2" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # # Ip4Broadcast 255.255.255.255 # # IPv6 address scope to use. # Must be 'site-local' or 'global' # # Ip6AddrType site-local # # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # # Ip6MulticastSite ff05::11 # # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # # Ip6MulticastGlobal ff0e::1 # # # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # # Hello interval in seconds(float) HelloInterval 5.0 # # HELLO validity time HelloValidityTime 200.0 # # # TC interval in seconds(float) 0.5 is only viable when # LinkQualityFishEye is enabled. Otherwise larger networks would # suffocate from a massive protocol overhead of TC-messages # TcInterval 0.5 # TC validity time TcValidityTime 250.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 100.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 100.0 ## ## # If a certain route should be preferred or ignored by the mesh, the # Link Quality value of a node can be multiplied with a factor entered # here. In the example the route using 192.168.0.1 would rather be # ignored. A multiplier of 0.5 will result in a small (bad) LinkQuality # value and a high (bad) ETX value. Note: Link quality multiplier is # used only when LinkQualityLevel is > 0. # LinkQualityMult 10.200.172.200 0.9 # This multiplier applies to all other nodes # LinkQualityMult default 0.8 } 1652 1651 2007-07-09T08:23:12Z Dako 4 /* TcRedundancy */ wikitext text/x-wiki ====description des différents paramètres==== =====polling rate===== =====TcRedundancy===== # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 # MultiPointRelais is another notorious # 'optimization' feature in RFC3626... # Switch it off by chosing redundancy value 2 La TC redundancy indique combien d'information de voisin devrait être introduite des messages de TC les valeurs que possibles sont : 0 - envoyez seulement les sélecteurs de MPR 1 - envoyez les sélecteurs MPR et les MPRs 2 - envoient a tous les voisins # par default la valeur est a 0 MultiPointRelais est une des autres 'optimization' notoires ; disponible dans RFC3626... =====LinkQualityFishEye===== =====jikstra===== # Don't recalculate the Dijkstra-Table for every # incoming TC-Message from nodes more than n hops away - # Disable this algorithm in a huge mesh only if you are # interested to accelerate global warming with overheated CPUs # The first integer tells the algorithm to recalculate # the Dijkstra-table when a TC-Message arrives from a node # not more than n hops away. If set to 0 it will not # recalculate it upon incoming TCs # The second number (float) sets the time interval when # the Dijkstra table will be recalculated anyway. # Whatever comes first... ====un tableau pour comprendre les options==== {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |Intitulé | TestOlsr (rcwiki) | Rcng | OlsrV0.5 | Freifunk |- !pollingrate |Default value 0.05 sec | | | |- !TcRedundancy |defaults to 0 | | | |- !MprCoverage |defaults to 1 | | | |- !LinkQualityFishEye | x | | | |- !LinkQualityWinSize | x | | | |- !LinkQualityDijkstraLimit | x | | | |- !LinkQualityLevel | 2 | | | |- !UseHysteresis | no | | | |} ====minimal==== DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 LinkQualityFishEye 1 LinkQualityDijkstraLimit 3 5.0 TcRedundancy 2 MprCoverage 7 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "eth1" { } ====olsr.conf du test olsr de 2003==== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.1 TcRedundancy 2 MprCoverage 7 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 5.0 IpcConnect { MaxConnections 1 Host 127.0.0.1 Net 192.168.1.0 255.255.255.0 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 5.0 HelloValidityTime 20.0 TcInterval 2.0 TcValidityTime 30.0 MidInterval 15.0 MidValidityTime 30.0 HnaInterval 15.0 HnaValidityTime 30.0 } ====le fichiers olsrd.conf d une freifunk==== ################################################## ## Freifunk Default OLSRD.CONF ## ## olsr.org OLSR daemon config file ## ## onelektra at gmx dot net ## ################################################## # # Lines starting with a # are discarded # # This file was edited by Elektra and needs # olsrd-0.4.10 CVS or higher # # This file is an example of a typical configuration # for a huge (250 Nodes or more), reliable, scalable # routing-loop-free (well, almost :) and mostly static # network (regarding mobility) using the LQ extention # and FishEyeAlgorithm with LinkQualityDijkstraLimit # to reduce CPU-Overhead # # Debug level(0-9) # If set to 0 the daemon runs in the background # Use Debug level 0 on a embedded system - # debugging draws a lot of CPU-Power DebugLevel 1 # FishEyeAlgorithm - Disable only if you want to # experience routing loops :) # See the README about Fisheye in the olsrd-source LinkQualityFishEye 1 # Don't recalculate the Dijkstra-Table for every # incoming TC-Message from nodes more than n hops away - # Disable this algorithm in a huge mesh only if you are # interested to accelerate global warming with overheated CPUs # The first integer tells the algorithm to recalculate # the Dijkstra-table when a TC-Message arrives from a node # not more than n hops away. If set to 0 it will not # recalculate it upon incoming TCs # The second number (float) sets the time interval when # the Dijkstra table will be recalculated anyway. # Whatever comes first... LinkQualityDijkstraLimit 3 5.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Don't use this to announce an Internet Gateway - # rather use the dyn_gw plugin that checks wheter you are # actually a gateway or a black hole for other peoples # internet traffic... # Internet gateway: # 0.0.0.0 0.0.0.0 # more entries can be added: # 192.168.1.0 255.255.255.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available Willingness 7 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 1 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed #Net 192.168.1.0 255.255.255.0 } # Enable Hysteresis only if you want your routing table # to brake down every 5 seconds # Hysteresis is one of this fancy looking 'optimizations' # in RFC 3626 that don't work in real life # If unsure say "NO!" UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # # If you know what you are doing # you make sure that hysteresis # is completely SWITCHED OFF! # # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 # 100 is slow but stable... LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 # MultiPointRelais is another notorious # 'optimization' feature in RFC3626... # Switch it off by chosing redundancy value 2 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 # # Full coverage is the way to get rid of this # annoying 'optimization' MprCoverage 7 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: # This activates the HTTP Info plugin on port 8080 for # localhost only. LoadPlugin "httpinfo.so.0.1" { PlParam "port" "8080" PlParam "accept" "localhost" } # This plugin generates the information to make those fancy # 2D and 3D topology graphs #LoadPlugin "olsrd_dot_draw.so.0.3" #{ # PlParam "accept" "192.168.120.17" #} # This plugin announces that this node is a gateway into # other networks, it it actually is: #LoadPlugin "olsrd_dyn_gw.so.0.3" #{ # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # Example: dyn_gw params # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" #} # This plugin announces services available on your router: # Of course the configfile should be present... # LoadPlugin "olsrd_servicediscover.so.0.3" #{ # PlParam "configfile" "/etc/servicediscover.conf" #}; # Add more plugins here... # Finally, the interfaces section: # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # # can be specified in the same block # and multiple blocks can be set. # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth0" "eth1" "wlan0" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # Ip4Broadcast 255.255.255.255 # IPv6 address scope to use. # Must be 'site-local' or 'global' # Ip6AddrType site-local # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # Ip6MulticastSite ff05::11 # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # Ip6MulticastGlobal ff0e::1 # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # Hello interval in seconds(float) HelloInterval 5.0 # HELLO validity time HelloValidityTime 300.0 # TC interval in seconds(float) TcInterval 2.0 # TC validity time TcValidityTime 300.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 300.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 300.0 # When multiple links exist between hosts # the weight of interface is used to determine # the link to use. Normally the weight is # automatically calculated by olsrd based # on the characteristics of the interface, # but here you can specify a fixed value. # Olsrd will choose links with the lowest value. # Weight 0 } ====un fichiers de config d un olsr compilé a partir de source de openmesh==== # niveau de debug(0-9) # si vous mettez a 0 le daemon tourne en tache de fond DebugLevel 0 # Fisheye mechanism for TC messages 0=off, 1=on LinkQualityFishEye 1 # Don't recalculate the Dijkstra-table for every incoming topology # control packet. There is no need to recalculate the whole table # if a minor change occured several hops away. Small CPUs will start # to glow if you do this in a mesh of considerable size. Rather the table # should be recalculated if a change occured in the neighborhood # of this node. The first number is the number of hops. Nodes within # this number of hops trigger a recalculation of the table. If the # number is 0 no incoming topology control packet will trigger # a recalculation of the table. The second number (floating point!) # is the length ot the interval until the table is recalculated anyway. LinkQualityDijkstraLimit 1 6.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Internet gateway: 0.0.0.0 0.0.0.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available #Willingness 4 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 6 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed Net 192.168.16.0 255.255.255.0 } # Wether to use hysteresis or not # Hysteresis adds more robustness to the # link sensing but delays neighbor registration. # Used by default. 'yes' or 'no' # Do not use hysteresis with ETX! UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 MprCoverage 5 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: LoadPlugin "olsrd_dyn_gw.so.0.3" { # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # # Example: dyn_gw params # # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" } # #LoadPlugin "olsrd_httpinfo.so.0.1" #{ # PlParam "port" "8080" # PlParam "Net" "0.0.0.0 255.255.255.255" #} # ## # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # can be specified in the same block # and multiple blocks can be set. # # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): # Interface "eth1" "eth2" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # # Ip4Broadcast 255.255.255.255 # # IPv6 address scope to use. # Must be 'site-local' or 'global' # # Ip6AddrType site-local # # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # # Ip6MulticastSite ff05::11 # # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # # Ip6MulticastGlobal ff0e::1 # # # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # # Hello interval in seconds(float) HelloInterval 5.0 # # HELLO validity time HelloValidityTime 200.0 # # # TC interval in seconds(float) 0.5 is only viable when # LinkQualityFishEye is enabled. Otherwise larger networks would # suffocate from a massive protocol overhead of TC-messages # TcInterval 0.5 # TC validity time TcValidityTime 250.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 100.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 100.0 ## ## # If a certain route should be preferred or ignored by the mesh, the # Link Quality value of a node can be multiplied with a factor entered # here. In the example the route using 192.168.0.1 would rather be # ignored. A multiplier of 0.5 will result in a small (bad) LinkQuality # value and a high (bad) ETX value. Note: Link quality multiplier is # used only when LinkQualityLevel is > 0. # LinkQualityMult 10.200.172.200 0.9 # This multiplier applies to all other nodes # LinkQualityMult default 0.8 } 1653 1652 2007-07-09T08:24:41Z Dako 4 /* TcRedundancy */ wikitext text/x-wiki ====description des différents paramètres==== =====polling rate===== =====TcRedundancy===== # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 # MultiPointRelais is another notorious # 'optimization' feature in RFC3626... # Switch it off by chosing redundancy value 2 La TC redundancy indique combien d'information de voisin devrait être introduite des messages de TC les valeurs que possibles sont : 0 - envoyez seulement les sélecteurs de MPR 1 - envoyez les sélecteurs MPR et les MPRs 2 - envoient a tous les voisins # par default la valeur est a 0 MultiPointRelais est une des autres 'optimization' notoires ; disponible dans RFC3626... mettez la valeur a off en choississant la valeur de redondance a 2 =====LinkQualityFishEye===== =====jikstra===== # Don't recalculate the Dijkstra-Table for every # incoming TC-Message from nodes more than n hops away - # Disable this algorithm in a huge mesh only if you are # interested to accelerate global warming with overheated CPUs # The first integer tells the algorithm to recalculate # the Dijkstra-table when a TC-Message arrives from a node # not more than n hops away. If set to 0 it will not # recalculate it upon incoming TCs # The second number (float) sets the time interval when # the Dijkstra table will be recalculated anyway. # Whatever comes first... ====un tableau pour comprendre les options==== {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |Intitulé | TestOlsr (rcwiki) | Rcng | OlsrV0.5 | Freifunk |- !pollingrate |Default value 0.05 sec | | | |- !TcRedundancy |defaults to 0 | | | |- !MprCoverage |defaults to 1 | | | |- !LinkQualityFishEye | x | | | |- !LinkQualityWinSize | x | | | |- !LinkQualityDijkstraLimit | x | | | |- !LinkQualityLevel | 2 | | | |- !UseHysteresis | no | | | |} ====minimal==== DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 LinkQualityFishEye 1 LinkQualityDijkstraLimit 3 5.0 TcRedundancy 2 MprCoverage 7 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "eth1" { } ====olsr.conf du test olsr de 2003==== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.1 TcRedundancy 2 MprCoverage 7 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 5.0 IpcConnect { MaxConnections 1 Host 127.0.0.1 Net 192.168.1.0 255.255.255.0 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 5.0 HelloValidityTime 20.0 TcInterval 2.0 TcValidityTime 30.0 MidInterval 15.0 MidValidityTime 30.0 HnaInterval 15.0 HnaValidityTime 30.0 } ====le fichiers olsrd.conf d une freifunk==== ################################################## ## Freifunk Default OLSRD.CONF ## ## olsr.org OLSR daemon config file ## ## onelektra at gmx dot net ## ################################################## # # Lines starting with a # are discarded # # This file was edited by Elektra and needs # olsrd-0.4.10 CVS or higher # # This file is an example of a typical configuration # for a huge (250 Nodes or more), reliable, scalable # routing-loop-free (well, almost :) and mostly static # network (regarding mobility) using the LQ extention # and FishEyeAlgorithm with LinkQualityDijkstraLimit # to reduce CPU-Overhead # # Debug level(0-9) # If set to 0 the daemon runs in the background # Use Debug level 0 on a embedded system - # debugging draws a lot of CPU-Power DebugLevel 1 # FishEyeAlgorithm - Disable only if you want to # experience routing loops :) # See the README about Fisheye in the olsrd-source LinkQualityFishEye 1 # Don't recalculate the Dijkstra-Table for every # incoming TC-Message from nodes more than n hops away - # Disable this algorithm in a huge mesh only if you are # interested to accelerate global warming with overheated CPUs # The first integer tells the algorithm to recalculate # the Dijkstra-table when a TC-Message arrives from a node # not more than n hops away. If set to 0 it will not # recalculate it upon incoming TCs # The second number (float) sets the time interval when # the Dijkstra table will be recalculated anyway. # Whatever comes first... LinkQualityDijkstraLimit 3 5.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Don't use this to announce an Internet Gateway - # rather use the dyn_gw plugin that checks wheter you are # actually a gateway or a black hole for other peoples # internet traffic... # Internet gateway: # 0.0.0.0 0.0.0.0 # more entries can be added: # 192.168.1.0 255.255.255.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available Willingness 7 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 1 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed #Net 192.168.1.0 255.255.255.0 } # Enable Hysteresis only if you want your routing table # to brake down every 5 seconds # Hysteresis is one of this fancy looking 'optimizations' # in RFC 3626 that don't work in real life # If unsure say "NO!" UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # # If you know what you are doing # you make sure that hysteresis # is completely SWITCHED OFF! # # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 # 100 is slow but stable... LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 # MultiPointRelais is another notorious # 'optimization' feature in RFC3626... # Switch it off by chosing redundancy value 2 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 # # Full coverage is the way to get rid of this # annoying 'optimization' MprCoverage 7 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: # This activates the HTTP Info plugin on port 8080 for # localhost only. LoadPlugin "httpinfo.so.0.1" { PlParam "port" "8080" PlParam "accept" "localhost" } # This plugin generates the information to make those fancy # 2D and 3D topology graphs #LoadPlugin "olsrd_dot_draw.so.0.3" #{ # PlParam "accept" "192.168.120.17" #} # This plugin announces that this node is a gateway into # other networks, it it actually is: #LoadPlugin "olsrd_dyn_gw.so.0.3" #{ # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # Example: dyn_gw params # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" #} # This plugin announces services available on your router: # Of course the configfile should be present... # LoadPlugin "olsrd_servicediscover.so.0.3" #{ # PlParam "configfile" "/etc/servicediscover.conf" #}; # Add more plugins here... # Finally, the interfaces section: # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # # can be specified in the same block # and multiple blocks can be set. # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth0" "eth1" "wlan0" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # Ip4Broadcast 255.255.255.255 # IPv6 address scope to use. # Must be 'site-local' or 'global' # Ip6AddrType site-local # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # Ip6MulticastSite ff05::11 # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # Ip6MulticastGlobal ff0e::1 # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # Hello interval in seconds(float) HelloInterval 5.0 # HELLO validity time HelloValidityTime 300.0 # TC interval in seconds(float) TcInterval 2.0 # TC validity time TcValidityTime 300.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 300.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 300.0 # When multiple links exist between hosts # the weight of interface is used to determine # the link to use. Normally the weight is # automatically calculated by olsrd based # on the characteristics of the interface, # but here you can specify a fixed value. # Olsrd will choose links with the lowest value. # Weight 0 } ====un fichiers de config d un olsr compilé a partir de source de openmesh==== # niveau de debug(0-9) # si vous mettez a 0 le daemon tourne en tache de fond DebugLevel 0 # Fisheye mechanism for TC messages 0=off, 1=on LinkQualityFishEye 1 # Don't recalculate the Dijkstra-table for every incoming topology # control packet. There is no need to recalculate the whole table # if a minor change occured several hops away. Small CPUs will start # to glow if you do this in a mesh of considerable size. Rather the table # should be recalculated if a change occured in the neighborhood # of this node. The first number is the number of hops. Nodes within # this number of hops trigger a recalculation of the table. If the # number is 0 no incoming topology control packet will trigger # a recalculation of the table. The second number (floating point!) # is the length ot the interval until the table is recalculated anyway. LinkQualityDijkstraLimit 1 6.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Internet gateway: 0.0.0.0 0.0.0.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available #Willingness 4 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 6 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed Net 192.168.16.0 255.255.255.0 } # Wether to use hysteresis or not # Hysteresis adds more robustness to the # link sensing but delays neighbor registration. # Used by default. 'yes' or 'no' # Do not use hysteresis with ETX! UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 MprCoverage 5 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: LoadPlugin "olsrd_dyn_gw.so.0.3" { # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # # Example: dyn_gw params # # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" } # #LoadPlugin "olsrd_httpinfo.so.0.1" #{ # PlParam "port" "8080" # PlParam "Net" "0.0.0.0 255.255.255.255" #} # ## # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # can be specified in the same block # and multiple blocks can be set. # # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): # Interface "eth1" "eth2" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # # Ip4Broadcast 255.255.255.255 # # IPv6 address scope to use. # Must be 'site-local' or 'global' # # Ip6AddrType site-local # # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # # Ip6MulticastSite ff05::11 # # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # # Ip6MulticastGlobal ff0e::1 # # # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # # Hello interval in seconds(float) HelloInterval 5.0 # # HELLO validity time HelloValidityTime 200.0 # # # TC interval in seconds(float) 0.5 is only viable when # LinkQualityFishEye is enabled. Otherwise larger networks would # suffocate from a massive protocol overhead of TC-messages # TcInterval 0.5 # TC validity time TcValidityTime 250.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 100.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 100.0 ## ## # If a certain route should be preferred or ignored by the mesh, the # Link Quality value of a node can be multiplied with a factor entered # here. In the example the route using 192.168.0.1 would rather be # ignored. A multiplier of 0.5 will result in a small (bad) LinkQuality # value and a high (bad) ETX value. Note: Link quality multiplier is # used only when LinkQualityLevel is > 0. # LinkQualityMult 10.200.172.200 0.9 # This multiplier applies to all other nodes # LinkQualityMult default 0.8 } 1654 1653 2007-07-09T08:25:21Z Dako 4 /* TcRedundancy */ wikitext text/x-wiki ====description des différents paramètres==== =====polling rate===== =====TcRedundancy===== La TC redundancy indique combien d'information de voisin devrait être introduite des messages de TC les valeurs que possibles sont : 0 - envoyez seulement les sélecteurs de MPR 1 - envoyez les sélecteurs MPR et les MPRs 2 - envoient a tous les voisins # par default la valeur est a 0 MultiPointRelais est une des autres 'optimization' notoires ; disponible dans RFC3626... mettez la valeur a off en mettant la valeur de redondance a 2 =====LinkQualityFishEye===== =====jikstra===== # Don't recalculate the Dijkstra-Table for every # incoming TC-Message from nodes more than n hops away - # Disable this algorithm in a huge mesh only if you are # interested to accelerate global warming with overheated CPUs # The first integer tells the algorithm to recalculate # the Dijkstra-table when a TC-Message arrives from a node # not more than n hops away. If set to 0 it will not # recalculate it upon incoming TCs # The second number (float) sets the time interval when # the Dijkstra table will be recalculated anyway. # Whatever comes first... ====un tableau pour comprendre les options==== {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |Intitulé | TestOlsr (rcwiki) | Rcng | OlsrV0.5 | Freifunk |- !pollingrate |Default value 0.05 sec | | | |- !TcRedundancy |defaults to 0 | | | |- !MprCoverage |defaults to 1 | | | |- !LinkQualityFishEye | x | | | |- !LinkQualityWinSize | x | | | |- !LinkQualityDijkstraLimit | x | | | |- !LinkQualityLevel | 2 | | | |- !UseHysteresis | no | | | |} ====minimal==== DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 LinkQualityFishEye 1 LinkQualityDijkstraLimit 3 5.0 TcRedundancy 2 MprCoverage 7 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "eth1" { } ====olsr.conf du test olsr de 2003==== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.1 TcRedundancy 2 MprCoverage 7 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 5.0 IpcConnect { MaxConnections 1 Host 127.0.0.1 Net 192.168.1.0 255.255.255.0 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 5.0 HelloValidityTime 20.0 TcInterval 2.0 TcValidityTime 30.0 MidInterval 15.0 MidValidityTime 30.0 HnaInterval 15.0 HnaValidityTime 30.0 } ====le fichiers olsrd.conf d une freifunk==== ################################################## ## Freifunk Default OLSRD.CONF ## ## olsr.org OLSR daemon config file ## ## onelektra at gmx dot net ## ################################################## # # Lines starting with a # are discarded # # This file was edited by Elektra and needs # olsrd-0.4.10 CVS or higher # # This file is an example of a typical configuration # for a huge (250 Nodes or more), reliable, scalable # routing-loop-free (well, almost :) and mostly static # network (regarding mobility) using the LQ extention # and FishEyeAlgorithm with LinkQualityDijkstraLimit # to reduce CPU-Overhead # # Debug level(0-9) # If set to 0 the daemon runs in the background # Use Debug level 0 on a embedded system - # debugging draws a lot of CPU-Power DebugLevel 1 # FishEyeAlgorithm - Disable only if you want to # experience routing loops :) # See the README about Fisheye in the olsrd-source LinkQualityFishEye 1 # Don't recalculate the Dijkstra-Table for every # incoming TC-Message from nodes more than n hops away - # Disable this algorithm in a huge mesh only if you are # interested to accelerate global warming with overheated CPUs # The first integer tells the algorithm to recalculate # the Dijkstra-table when a TC-Message arrives from a node # not more than n hops away. If set to 0 it will not # recalculate it upon incoming TCs # The second number (float) sets the time interval when # the Dijkstra table will be recalculated anyway. # Whatever comes first... LinkQualityDijkstraLimit 3 5.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Don't use this to announce an Internet Gateway - # rather use the dyn_gw plugin that checks wheter you are # actually a gateway or a black hole for other peoples # internet traffic... # Internet gateway: # 0.0.0.0 0.0.0.0 # more entries can be added: # 192.168.1.0 255.255.255.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available Willingness 7 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 1 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed #Net 192.168.1.0 255.255.255.0 } # Enable Hysteresis only if you want your routing table # to brake down every 5 seconds # Hysteresis is one of this fancy looking 'optimizations' # in RFC 3626 that don't work in real life # If unsure say "NO!" UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # # If you know what you are doing # you make sure that hysteresis # is completely SWITCHED OFF! # # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 # 100 is slow but stable... LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 # MultiPointRelais is another notorious # 'optimization' feature in RFC3626... # Switch it off by chosing redundancy value 2 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 # # Full coverage is the way to get rid of this # annoying 'optimization' MprCoverage 7 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: # This activates the HTTP Info plugin on port 8080 for # localhost only. LoadPlugin "httpinfo.so.0.1" { PlParam "port" "8080" PlParam "accept" "localhost" } # This plugin generates the information to make those fancy # 2D and 3D topology graphs #LoadPlugin "olsrd_dot_draw.so.0.3" #{ # PlParam "accept" "192.168.120.17" #} # This plugin announces that this node is a gateway into # other networks, it it actually is: #LoadPlugin "olsrd_dyn_gw.so.0.3" #{ # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # Example: dyn_gw params # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" #} # This plugin announces services available on your router: # Of course the configfile should be present... # LoadPlugin "olsrd_servicediscover.so.0.3" #{ # PlParam "configfile" "/etc/servicediscover.conf" #}; # Add more plugins here... # Finally, the interfaces section: # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # # can be specified in the same block # and multiple blocks can be set. # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth0" "eth1" "wlan0" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # Ip4Broadcast 255.255.255.255 # IPv6 address scope to use. # Must be 'site-local' or 'global' # Ip6AddrType site-local # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # Ip6MulticastSite ff05::11 # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # Ip6MulticastGlobal ff0e::1 # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # Hello interval in seconds(float) HelloInterval 5.0 # HELLO validity time HelloValidityTime 300.0 # TC interval in seconds(float) TcInterval 2.0 # TC validity time TcValidityTime 300.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 300.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 300.0 # When multiple links exist between hosts # the weight of interface is used to determine # the link to use. Normally the weight is # automatically calculated by olsrd based # on the characteristics of the interface, # but here you can specify a fixed value. # Olsrd will choose links with the lowest value. # Weight 0 } ====un fichiers de config d un olsr compilé a partir de source de openmesh==== # niveau de debug(0-9) # si vous mettez a 0 le daemon tourne en tache de fond DebugLevel 0 # Fisheye mechanism for TC messages 0=off, 1=on LinkQualityFishEye 1 # Don't recalculate the Dijkstra-table for every incoming topology # control packet. There is no need to recalculate the whole table # if a minor change occured several hops away. Small CPUs will start # to glow if you do this in a mesh of considerable size. Rather the table # should be recalculated if a change occured in the neighborhood # of this node. The first number is the number of hops. Nodes within # this number of hops trigger a recalculation of the table. If the # number is 0 no incoming topology control packet will trigger # a recalculation of the table. The second number (floating point!) # is the length ot the interval until the table is recalculated anyway. LinkQualityDijkstraLimit 1 6.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Internet gateway: 0.0.0.0 0.0.0.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available #Willingness 4 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 6 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed Net 192.168.16.0 255.255.255.0 } # Wether to use hysteresis or not # Hysteresis adds more robustness to the # link sensing but delays neighbor registration. # Used by default. 'yes' or 'no' # Do not use hysteresis with ETX! UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 MprCoverage 5 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: LoadPlugin "olsrd_dyn_gw.so.0.3" { # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # # Example: dyn_gw params # # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" } # #LoadPlugin "olsrd_httpinfo.so.0.1" #{ # PlParam "port" "8080" # PlParam "Net" "0.0.0.0 255.255.255.255" #} # ## # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # can be specified in the same block # and multiple blocks can be set. # # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): # Interface "eth1" "eth2" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # # Ip4Broadcast 255.255.255.255 # # IPv6 address scope to use. # Must be 'site-local' or 'global' # # Ip6AddrType site-local # # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # # Ip6MulticastSite ff05::11 # # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # # Ip6MulticastGlobal ff0e::1 # # # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # # Hello interval in seconds(float) HelloInterval 5.0 # # HELLO validity time HelloValidityTime 200.0 # # # TC interval in seconds(float) 0.5 is only viable when # LinkQualityFishEye is enabled. 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Most of the technical parts are in English, while some others are in French... <br />Feel free to contribute in your own language! However, you will have to register in order be able to contribute: # It is a good protection against wiki spam # It is an easy way to give credit to the author of a contribution Due to repeated SPAMS, user registration is only possible by Sysops. If you would like to contribute, let me know... = Bienvenue = Ce wiki héberge divers projets relatifs à [http://www.reseaucitoyen.be RéseauCitoyen]. La plupart des articles techniques sont rédigés en Anglais, mais certains le sont en Français aussi... <br />n'hésitez pas à contribuer dans votre langue! Toutefois, vous devez vous enregistrer pour pouvoir contribuer: # C'est une bonne protection contre le spam wiki # C'est un moyen simple de donner du crédit à l'auteur d'une contribution Suite au multiples SPAMS, la création des utilisateurs n'est possible que via un sysop. Si vous désirez contribuer, faites le moi savoir... = Technicalities = This wiki is available at the same time on Internet and [http://www.reseaucitoyen.be RéseauCitoyen]. Historically it was hosted on my home gateway, but the hardware is too old to be able to run MediaWiki happily. <br />So I eventually decided to move the wiki to the datacenter and use a reverse proxy for the [http://www.reseaucitoyen.be RéseauCitoyen] side. This implies that we need to detect proxies, and be able to link outside the wiki, without specifying the name of the server. This requires a couple of changes in the ''LocalSettings.php'' configuration file: # Protocols -- we need this shortcut to link outside the wiki # (Same behaviour as MoinMoin) $wgUrlProtocols .= '|http:'; # Take care of the reverse proxy $wgUseSquid = false; 0 1350 1630 1600 2007-07-04T07:55:07Z Dako 4 /* asterisk */ wikitext text/x-wiki ===installer openwrt kamikaze pour x86=== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 1631 1630 2007-07-04T07:59:53Z Dako 4 wikitext text/x-wiki ===installer openwrt kamikaze pour x86=== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 un reboot histoire d avoir le net pour passer a la suite ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 1632 1631 2007-07-05T10:43:40Z Dako 4 wikitext text/x-wiki ===installer openwrt kamikaze pour x86=== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 un reboot histoire d avoir le net pour passer a la suite ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 --dako 2007-07-05 1659 1632 2007-07-13T06:34:08Z Dako 4 wikitext text/x-wiki ===installer openwrt kamikaze pour x86=== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 un reboot histoire d avoir le net pour passer a la suite ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ===installer openwrt kamikaze pour fonera=== ===configurer openwrt kamikaze pour fonera=== root@bombofonip:~# cat /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option mode 11b # option distance 2000 option diversity 0 option txantenna 1 option rxantenna 1 # config wifi-iface option device wifi0 option mode adhoc option ssid bombolong option bssid CA:FE:CA:FE:CA:FE option bgscan 0 option txpower 79 --dako 2007-07-05 1660 1659 2007-07-14T19:04:55Z Dako 4 wikitext text/x-wiki ===installer openwrt kamikaze pour x86=== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 un reboot histoire d avoir le net pour passer a la suite ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ===installer openwrt kamikaze pour fonera=== ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) i#ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen que vous pouvez aussi telecharger ici alcs. root@bombofonip:~# cat /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option mode 11b # option distance 2000 option diversity 0 option txantenna 1 option rxantenna 1 # config wifi-iface option device wifi0 option mode adhoc option ssid bombolong option bssid CA:FE:CA:FE:CA:FE option bgscan 0 option txpower 79 --dako 2007-07-05 1661 1660 2007-07-14T19:40:47Z Dako 4 /* configurer openwrt kamikaze pour fonera */ wikitext text/x-wiki ===installer openwrt kamikaze pour x86=== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 un reboot histoire d avoir le net pour passer a la suite ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ===installer openwrt kamikaze pour fonera=== ==configurer openwrt kamikaze pour fonera== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) i#ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen que vous pouvez aussi telecharger ici alcs. root@bombofonip:~# cat /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option mode 11b # option distance 2000 option diversity 0 option txantenna 1 option rxantenna 1 # config wifi-iface option device wifi0 option mode adhoc option ssid bombolong option bssid CA:FE:CA:FE:CA:FE option bgscan 0 option txpower 79 --dako 2007-07-05 1662 1661 2007-07-14T19:41:14Z Dako 4 /* installer openwrt kamikaze pour x86 */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 un reboot histoire d avoir le net pour passer a la suite ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ===installer openwrt kamikaze pour fonera=== ==configurer openwrt kamikaze pour fonera== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) i#ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen que vous pouvez aussi telecharger ici alcs. root@bombofonip:~# cat /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option mode 11b # option distance 2000 option diversity 0 option txantenna 1 option rxantenna 1 # config wifi-iface option device wifi0 option mode adhoc option ssid bombolong option bssid CA:FE:CA:FE:CA:FE option bgscan 0 option txpower 79 --dako 2007-07-05 0 1353 1633 1609 2007-07-05T11:52:57Z Dako 4 wikitext text/x-wiki ===Todo=== * [[olsr.conf]] generique * repositories avec des paquets precompilés des versions a jour d [[olsrd]] voir http://open-mesh.net/optimized-link-state-routing-deamon * une image kamikaze preconfiguré pour rc * un systeme de gestion des ips ( pour l instant il y a un [[fichiershostsrc]] 1638 1633 2007-07-05T12:28:41Z Dako 4 wikitext text/x-wiki ===Todo=== * [[olsr.conf]] generique * repositories avec des paquets precompilés des versions a jour d [[olsrd]] voir http://open-mesh.net/optimized-link-state-routing-deamon * une image kamikaze preconfiguré pour rc * un systeme de gestion des ips ( pour l instant il y a un [[fichiershostsrc]] * fonera easy rcflash :) 1639 1638 2007-07-05T12:29:13Z Dako 4 wikitext text/x-wiki ===Todo=== * [[olsr.conf]] generique * repositories avec des paquets precompilés des versions a jour d [[olsrd]] voir http://open-mesh.net/optimized-link-state-routing-deamon * une image kamikaze preconfiguré pour rc * un systeme de gestion des ips ( pour l instant il y a un [[fichiershostsrc]] * fonera easy rcflash :) [[foneraxprmntl]] 0 1356 1634 2007-07-05T11:53:05Z Dako 4 wikitext text/x-wiki #change la ligne avec ton propre nom d hote #127.0.0.1 localhost.localdomain localhost # petv ###10.93.1.0/24 channel1 essid bombolong (G Omni). 10.93.1.1 josaphat #Omni 2.4 10.93.1.2 PeTv #connecte a la rue de molenbeek newreal amalia 10.93.1.3 Atelier #( rue de molenbeek ) 10.93.1.4 Matinal 10.93.1.5 Amalia 10.93.1.6 Newreal 10.93.1.7 atelierbis 10.93.1.8 Newrealbis 10.93.1.9 ChienVert 10.93.1.10 LaekenStation 10.93.1.11 Olme 10.93.1.12 botatv #( Boulevard Saint Lazarre 1210 Saint Josse | rubber duck 7dbi) 10.93.1.13 denswrt 10.93.1.14 panik 10.93.1.15 bossuet 10.93.1.16 ivan 10.93.1.17 madou 10.93.1.18 ministere 10.93.1.19 okno 10.93.1.20 pointdom 10.93.1.21 philantropie 10.93.1.22 bulles 10.93.1.23 soon #(A.M.) 10.93.1.24 svenontheroof 10.93.1.25 svenwrt 10.93.1.26 wlhdd #(travelnode) 10.93.1.27 wl500g 10.93.1.28 all0277 10.93.1.29 ruedemerode 10.93.1.30 boulette 10.93.1.31 imke 10.93.1.32 imke2 10.93.1.33 botatv2 #(omni 7dbi + usb) 10.93.1.34 leysin 10.93.1.35 hotel 10.93.1.36 sourcenode 10.93.1.37 clementine 10.93.1.38 Morgiver #[modifier] POur les renfort en 5ghz et 2.4ghz # 10.93.0.0/27 CHeypas #10.93.0.1 #10.93.0.32/27 PeTv 10.93.0.33 petvwepch11 10.93.0.34 rmolenwepch11 10.93.0.35 Cheypas (G Yagi) #10.93.0.64/27 Rmolen lan inter-nodes 10.93.0.65 Rmolen5g-lan 10.93.0.66 Rmolench1-lan 10.93.0.67 Rmolench1bis-lan 10.93.0.68 rmolench11-lan 10.93.0.69 sipcli-lan 10.93.0.70 sip2cli-lan # 10.93.0.96/27 5ghz josaphatmaster (Netmask: 255.255.255.224, Broadcast: 10.93.0.127) 10.93.0.97 5ghzjosaphatmaster 10.93.0.98 5ghzrmolen 10.93.0.99 5ghzmadou 10.93.0.100 5ghzchazal 10.93.0.101 5ghzokno # 10.93.0.128/27 pointdomlan 10.93.0.129 pointdomchan1lan 10.93.0.130 pointdomchan11lan #wa 10.98.253.113 atomium1 10.98.253.114 atomium2 10.98.253.116 wa-rc1 10.98.253.117 wa-rc2 10.98.255.57 hob-dish 10.98.255.121 lier-eth 10.98.255.33 horizon-panel 10.98.255.25 oost-omni 10.98.20.10 westerlo 10.98.22.10 averbode 10.98.16.10 berchem 10.98.7.10 stadspark 10.98.2.15 oostcam 10.98.2.100 hamnet 10.98.15.17 lier # END: wireless-antwerpen 1635 1634 2007-07-05T11:54:33Z Dako 4 wikitext text/x-wiki #change la ligne avec ton propre nom d hote #127.0.0.1 localhost.localdomain localhost # petv # ###10.93.1.0/24 channel1 essid bombolong (G Omni). 10.93.1.1 josaphat #Omni 2.4 10.93.1.2 PeTv #connecte a la rue de molenbeek newreal amalia 10.93.1.3 Atelier #( rue de molenbeek ) 10.93.1.4 Matinal 10.93.1.5 Amalia 10.93.1.6 Newreal 10.93.1.7 atelierbis 10.93.1.8 Newrealbis 10.93.1.9 ChienVert 10.93.1.10 LaekenStation 10.93.1.11 Olme 10.93.1.12 botatv #( Boulevard Saint Lazarre 1210 Saint Josse | rubber duck 7dbi) 10.93.1.13 denswrt 10.93.1.14 panik 10.93.1.15 bossuet 10.93.1.16 ivan 10.93.1.17 madou 10.93.1.18 ministere 10.93.1.19 okno 10.93.1.20 pointdom 10.93.1.21 philantropie 10.93.1.22 bulles 10.93.1.23 soon #(A.M.) 10.93.1.24 svenontheroof 10.93.1.25 svenwrt 10.93.1.26 wlhdd #(travelnode) 10.93.1.27 wl500g 10.93.1.28 all0277 10.93.1.29 ruedemerode 10.93.1.30 boulette 10.93.1.31 imke 10.93.1.32 imke2 10.93.1.33 botatv2 #(omni 7dbi + usb) 10.93.1.34 leysin 10.93.1.35 hotel 10.93.1.36 sourcenode 10.93.1.37 clementine 10.93.1.38 Morgiver # #[modifier] POur les renfort en 5ghz et 2.4ghz # 10.93.0.0/27 CHeypas #10.93.0.1 #10.93.0.32/27 PeTv 10.93.0.33 petvwepch11 10.93.0.34 rmolenwepch11 10.93.0.35 Cheypas (G Yagi) # #10.93.0.64/27 Rmolen lan inter-nodes 10.93.0.65 Rmolen5g-lan 10.93.0.66 Rmolench1-lan 10.93.0.67 Rmolench1bis-lan 10.93.0.68 rmolench11-lan 10.93.0.69 sipcli-lan 10.93.0.70 sip2cli-lan # # 10.93.0.96/27 5ghz josaphatmaster (Netmask: 255.255.255.224, Broadcast: 10.93.0.127) 10.93.0.97 5ghzjosaphatmaster 10.93.0.98 5ghzrmolen 10.93.0.99 5ghzmadou 10.93.0.100 5ghzchazal 10.93.0.101 5ghzokno # # 10.93.0.128/27 pointdomlan 10.93.0.129 pointdomchan1lan 10.93.0.130 pointdomchan11lan #wa 10.98.253.113 atomium1 10.98.253.114 atomium2 10.98.253.116 wa-rc1 10.98.253.117 wa-rc2 10.98.255.57 hob-dish 10.98.255.121 lier-eth 10.98.255.33 horizon-panel 10.98.255.25 oost-omni 10.98.20.10 westerlo 10.98.22.10 averbode 10.98.16.10 berchem 10.98.7.10 stadspark 10.98.2.15 oostcam 10.98.2.100 hamnet 10.98.15.17 lier # END: wireless-antwerpen 0 1357 1640 2007-07-05T12:31:04Z Dako 4 a wikitext text/x-wiki lors de ma derniere tentative je l ai predu il y a 3 switch qui separent le server tftp de la fonera ce doit etre le probleme RedBoot> fis list Name FName FLASH addr Mem addr Length Entry point RedBoot> fis init ** Error: Illegal command: "Name" RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y *** Initialize FLASH Image System ... Erase from 0xa87e0000-0xa87f0000: . ... Program from 0x80ff0000-0x81000000 at 0xa87e0000: . RedBoot> ip_address -l 192.168.1.254/24 -h 192.168.1.166 IP: 192.168.1.254/255.255.255.0, Gateway: 0.0.0.0 Default server: 192.168.1.166 RedBoot> load -r -v -b 0x80040450 rootfs Using default protocol (TFTP) TFTP timed out 1/15 Can't load 'rootfs': operation timed out RedBoot> ip_address -l 192.168.1.254/24 -h 192.168.1.166 IP: 192.168.1.254/255.255.255.0, Gateway: 0.0.0.0 Default server: 192.168.1.166 RedBoot> load -r -v -b 0x80040450 rootfs Using default protocol (TFTP) Can't load 'rootfs': Unknown error RedBoot> load -r -v -b 0x80040450 openwrt-atheros-2.6-root.jffs2-64k Using default protocol (TFTP) - Raw file loaded 0x80040450-0x801e044f, assumed entry at 0x80040450 RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 openwrt-atheros-2.6-root.jffs2-64k Name is too long, must be less than 16 chars RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs ... Erase from 0xa8030000-0xa8730000: ................................................................................................................ ... Program from 0x80040450-0x80740450 at 0xa8030000: ............................................................. ................................................... ... Erase from 0xa87e0000-0xa87f0000: . ... Program from 0x80ff0000-0x81000000 at 0xa87e0000: . RedBoot> /home/lihong/Projects/MR3201A/src/Redboot/ecos/packages/devs/eth/mips/ar531x/current/src/ae531xecos.c#632:ae531x_poll Bad receive. rxDesc=0x80037db4 cmdsts=0x05428322 /home/lihong/Projects/MR3201A/src/Redboot/ecos/packages/devs/eth/mips/ar531x/current/src/ae531xecos.c#632:ae531x_poll Bad receive. rxDesc=0x80037db4 cmdsts=0x05428322 0 1351 1655 1603 2007-07-11T11:38:58Z Dako 4 wikitext text/x-wiki ====petite réflexion==== je passe du temps a apprendre asterisk ne serait il as judicieux de travailler avec nuprojet plus beta mais plus dynamique comme callweaver par exemple. http://callweaver.org/blog [[DialPLanRc]] ====Howto==== ===asterisk kamikaze et openwrt=== 1656 1655 2007-07-11T11:40:25Z Dako 4 wikitext text/x-wiki ===petite réflexion=== je passe du temps a apprendre asterisk ne serait il as judicieux de travailler avec nuprojet plus beta mais plus dynamique comme callweaver par exemple. http://callweaver.org/blog [[DialPLanRc]] ===Howto=== =====asterisk kamikaze et openwrt===== =====asterisk debian etch x86===== 1657 1656 2007-07-11T11:41:27Z Dako 4 wikitext text/x-wiki ===petite réflexion=== je passe du temps a apprendre asterisk ne serait il as judicieux de travailler avec nuprojet plus beta mais plus dynamique comme callweaver par exemple. http://callweaver.org/blog [[DialPLanRc]] ===Howto-asterisk=== =====[[asterisk kamikaze et openwrt]]===== =====asterisk debian etch x86===== 0 1358 1658 2007-07-11T11:42:54Z Dako 4 wikitext text/x-wiki je me base sur les repositories de hans voir http://zandbelt.dyndns.org/asterisk.html mon ipkg.conf root@rmolen5g:/# cat /etc/ipkg.conf src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://openwrt.org/downloads/snapshots/x86-2.6/packages src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 dest root / dest ram /tmp 0 1350 1663 1662 2007-07-14T19:43:24Z Dako 4 wikitext text/x-wiki ==installer openwrt kamikaze pour x86== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ===installer openwrt kamikaze pour fonera=== ==configurer openwrt kamikaze pour fonera== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) i#ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen que vous pouvez aussi telecharger ici alcs. root@bombofonip:~# cat /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option mode 11b # option distance 2000 option diversity 0 option txantenna 1 option rxantenna 1 # config wifi-iface option device wifi0 option mode adhoc option ssid bombolong option bssid CA:FE:CA:FE:CA:FE option bgscan 0 option txpower 79 --dako 2007-07-05 1664 1663 2007-07-14T19:48:50Z Dako 4 /* configurer openwrt kamikaze pour fonera */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ===installer openwrt kamikaze pour fonera=== ==configurer openwrt kamikaze pour fonera== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) i#ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen que vous pouvez aussi telecharger ici alcs. wget http://10.93.0.33/rc/fonera/config/wireless cp wireless /etc/config root@bombofonip:~# cat /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option mode 11b # option distance 2000 option diversity 0 option txantenna 1 option rxantenna 1 # config wifi-iface option device wifi0 option mode adhoc option ssid bombolong option bssid CA:FE:CA:FE:CA:FE option bgscan 0 # option txpower 79 --dako 2007-07-05 1665 1664 2007-07-14T19:52:40Z Dako 4 wikitext text/x-wiki ==installer openwrt kamikaze pour x86== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ===installer openwrt kamikaze pour fonera=== ==configurer openwrt kamikaze pour fonera== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) i#ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ===configurer=== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root ====network==== ====wireless==== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen que vous pouvez aussi telecharger ici alcs. wget http://10.93.0.33/rc/fonera/config/wireless cp wireless /etc/config root@bombofonip:~# cat /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option mode 11b # option distance 2000 option diversity 0 option txantenna 1 option rxantenna 1 # config wifi-iface option device wifi0 option mode adhoc option ssid bombolong option bssid CA:FE:CA:FE:CA:FE option bgscan 0 # option txpower 79 --dako 2007-07-05 1666 1665 2007-07-14T19:54:50Z Dako 4 wikitext text/x-wiki ==installer openwrt kamikaze pour x86== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ===installer openwrt kamikaze pour fonera=== ==configurer openwrt kamikaze pour fonera== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) i#ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ===configurer=== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root ====network==== ====wireless==== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen que vous pouvez aussi telecharger ici alcs. wget http://10.93.0.33/rc/fonera/config/wireless cp wireless /etc/config root@bombofonip:~# cat /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option mode 11b # option distance 2000 option diversity 0 option txantenna 1 option rxantenna 1 # config wifi-iface option device wifi0 option mode adhoc option ssid bombolong option bssid CA:FE:CA:FE:CA:FE option bgscan 0 # option txpower 79 ====firewall==== iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # #ouvrir le port olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT --dako 2007-07-05 1667 1666 2007-07-14T19:55:27Z Dako 4 /* wireless */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ===installer openwrt kamikaze pour fonera=== ==configurer openwrt kamikaze pour fonera== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) i#ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ===configurer=== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root ====network==== ====wireless==== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen que vous pouvez aussi telecharger ici alcs. wget http://10.93.0.33/rc/fonera/config/wireless cp wireless /etc/config root@bombofonip:~# cat /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option mode 11b # option distance 2000 option diversity 0 option txantenna 1 option rxantenna 1 # config wifi-iface option device wifi0 option mode adhoc option ssid bombolong option bssid CA:FE:CA:FE:CA:FE option bgscan 0 # option txpower 79 ====firewall==== iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # #ouvrir le port olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT --dako 2007-07-05 1668 1667 2007-07-14T19:55:57Z Dako 4 wikitext text/x-wiki ==installer openwrt kamikaze pour x86== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ===installer openwrt kamikaze pour fonera=== ==configurer openwrt kamikaze pour fonera== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) i#ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ===configurer=== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root ====network==== ====wireless==== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen que vous pouvez aussi telecharger ici alcs. wget http://10.93.0.33/rc/fonera/config/wireless cp wireless /etc/config root@bombofonip:~# cat /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option mode 11b # option distance 2000 option diversity 0 option txantenna 1 option rxantenna 1 # config wifi-iface option device wifi0 option mode adhoc option ssid bombolong option bssid CA:FE:CA:FE:CA:FE option bgscan 0 # option txpower 79 ====firewall==== iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # #ouvrir le port olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT --dako 2007-07-14 1688 1668 2007-07-21T14:38:35Z Dako 4 /* configurer */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ===installer openwrt kamikaze pour fonera=== ==configurer openwrt kamikaze pour fonera== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) i#ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ===configurer=== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root ====network==== config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 ====wireless==== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen que vous pouvez aussi telecharger ici alcs. wget http://10.93.0.33/rc/fonera/config/wireless cp wireless /etc/config root@bombofonip:~# cat /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option mode 11b # option distance 2000 option diversity 0 option txantenna 1 option rxantenna 1 # config wifi-iface option device wifi0 option mode adhoc option ssid bombolong option bssid CA:FE:CA:FE:CA:FE option bgscan 0 # option txpower 79 ====firewall==== iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # #ouvrir le port olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT --dako 2007-07-14 1689 1688 2007-07-21T14:39:50Z Dako 4 /* network */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ===installer openwrt kamikaze pour fonera=== ==configurer openwrt kamikaze pour fonera== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) i#ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ===configurer=== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root ====network==== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 ====wireless==== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen que vous pouvez aussi telecharger ici alcs. wget http://10.93.0.33/rc/fonera/config/wireless cp wireless /etc/config root@bombofonip:~# cat /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option mode 11b # option distance 2000 option diversity 0 option txantenna 1 option rxantenna 1 # config wifi-iface option device wifi0 option mode adhoc option ssid bombolong option bssid CA:FE:CA:FE:CA:FE option bgscan 0 # option txpower 79 ====firewall==== iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # #ouvrir le port olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT --dako 2007-07-14 1690 1689 2007-07-21T18:39:36Z Dako 4 wikitext text/x-wiki ==installer openwrt kamikaze pour x86== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ===installer openwrt kamikaze pour fonera=== ==configurer openwrt kamikaze pour fonera== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) i#ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ===configurer=== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root ====network==== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 ====wireless==== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen que vous pouvez aussi telecharger ici alcs. wget http://10.93.0.33/rc/fonera/config/wireless cp wireless /etc/config root@bombofonip:~# cat /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option mode 11b # option distance 2000 option diversity 0 option txantenna 1 option rxantenna 1 # config wifi-iface option device wifi0 option mode adhoc option ssid bombolong option bssid CA:FE:CA:FE:CA:FE option bgscan 0 # option txpower 79 ====firewall==== iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # #ouvrir le port olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ====installer olsr==== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice --dako 2007-07-21 1691 1690 2007-07-21T18:48:09Z Dako 4 /* wireless */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ===installer openwrt kamikaze pour fonera=== ==configurer openwrt kamikaze pour fonera== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) i#ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ===configurer=== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root ====network==== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 ====wireless==== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen que vous pouvez aussi telecharger ici alcs. wget http://10.93.0.33/rc/fonera/config/wireless cp wireless /etc/config config wifi-device wifi0 option type atheros option channel '1' # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 ====firewall==== iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # #ouvrir le port olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ====installer olsr==== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice --dako 2007-07-21 1692 1691 2007-07-21T18:48:39Z Dako 4 /* wireless */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ===installer openwrt kamikaze pour fonera=== ==configurer openwrt kamikaze pour fonera== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) i#ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ===configurer=== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root ====network==== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 ====wireless==== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen que vous pouvez aussi telecharger ici alcs. wget http://10.93.0.33/rc/fonera/config/wireless cp wireless /etc/config config wifi-device wifi0 option type atheros option channel '1' # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 ====firewall==== iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # #ouvrir le port olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ====installer olsr==== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice --dako 2007-07-21 1693 1692 2007-07-21T19:29:58Z Dako 4 wikitext text/x-wiki ==installer openwrt kamikaze pour x86== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ===installer openwrt kamikaze pour fonera=== ==configurer openwrt kamikaze pour fonera== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) i#ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ===configurer=== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root ====network==== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 ====wireless==== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen que vous pouvez aussi telecharger ici alcs. wget http://10.93.0.33/rc/fonera/config/wireless cp wireless /etc/config config wifi-device wifi0 option type atheros option channel '1' # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 ====installer olsr==== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable --dako 2007-07-21 1694 1693 2007-07-22T08:48:28Z Dako 4 /* wireless */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ===installer openwrt kamikaze pour fonera=== ==configurer openwrt kamikaze pour fonera== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) i#ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ===configurer=== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root ====network==== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 ====wireless==== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 ====installer olsr==== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable --dako 2007-07-21 1698 1694 2007-07-22T16:53:16Z Dako 4 /* installer openwrt kamikaze pour fonera */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ====installer openwrt kamikaze pour fonera==== fis init load -r -v -b 0x80040450 kamikaze.root fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs load -r -b %{FREEMEMLO} kamikaze.kernel fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 fis load -l vmlinux.bin.l7 ==configurer openwrt kamikaze pour fonera== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) i#ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ===configurer=== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root ====network==== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 ====wireless==== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 ====installer olsr==== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable --dako 2007-07-21 1699 1698 2007-07-22T16:53:36Z Dako 4 /* installer openwrt kamikaze pour fonera */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ====installer openwrt kamikaze pour fonera==== fis init load -r -v -b 0x80040450 kamikaze.root fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs load -r -b %{FREEMEMLO} kamikaze.kernel fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 fis load -l vmlinux.bin.l7 ==configurer openwrt kamikaze pour fonera== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) i#ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ===configurer=== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root ====network==== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 ====wireless==== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 ====installer olsr==== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable --dako 2007-07-21 1700 1699 2007-07-22T17:01:52Z Dako 4 /* installer openwrt kamikaze pour fonera */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ====installer openwrt kamikaze pour fonera==== se connecter en redboot configurer l adresse du serveur tftp local RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 RedBoot> fis init RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 ==configurer openwrt kamikaze pour fonera== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) i#ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ===configurer=== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root ====network==== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 ====wireless==== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 ====installer olsr==== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable --dako 2007-07-21 1701 1700 2007-07-22T17:16:04Z Dako 4 /* installer openwrt kamikaze pour fonera */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ====installer openwrt kamikaze pour fonera==== se connecter en redboot configurer l adresse du serveur tftp local RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 RedBoot> fis init RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs prend un certain temps (plus de 10 minutes) RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 ==configurer openwrt kamikaze pour fonera== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) i#ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ===configurer=== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root ====network==== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 ====wireless==== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 ====installer olsr==== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable --dako 2007-07-21 1702 1701 2007-07-22T18:42:23Z Dako 4 /* configurer openwrt kamikaze pour fonera */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ====installer openwrt kamikaze pour fonera==== se connecter en redboot configurer l adresse du serveur tftp local RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 RedBoot> fis init RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs prend un certain temps (plus de 10 minutes) RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 ==configurer openwrt kamikaze pour fonera== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) i#ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ===configurer la fonera=== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set ====network==== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 ====wireless==== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 ====installer olsr==== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable --dako 2007-07-21 1703 1702 2007-07-22T18:45:27Z Dako 4 /* configurer la fonera */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ====installer openwrt kamikaze pour fonera==== se connecter en redboot configurer l adresse du serveur tftp local RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 RedBoot> fis init RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs prend un certain temps (plus de 10 minutes) RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 ==configurer openwrt kamikaze pour fonera== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) i#ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ===configurer la fonera=== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit ====network==== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 ====wireless==== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 ====installer olsr==== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable --dako 2007-07-21 1704 1703 2007-07-22T20:24:34Z Dako 4 /* installer openwrt kamikaze pour fonera */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ====installer openwrt kamikaze pour fonera==== se connecter en redboot configurer l adresse du serveur tftp local RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 RedBoot> fis init RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs prend un certain temps (plus de 10 minutes) RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 finaliser en tapant exec RedBoot> exec !!! attention cela dure aussi plus de dix minute ==configurer openwrt kamikaze pour fonera== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) i#ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ===configurer la fonera=== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit ====network==== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 ====wireless==== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 ====installer olsr==== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable --dako 2007-07-21 1705 1704 2007-07-23T08:12:53Z Dako 4 /* installer openwrt kamikaze pour fonera */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ===installer openwrt kamikaze pour fonera=== se connecter en redboot configurer l adresse du serveur tftp local RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 RedBoot> fis init RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs prend un certain temps (plus de 10 minutes) RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 finaliser en tapant exec RedBoot> exec !!! attention cela dure aussi plus de dix minute ==configurer openwrt kamikaze pour fonera== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) i#ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ===configurer la fonera=== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit ====network==== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 ====wireless==== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 ====installer olsr==== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable --dako 2007-07-21 1706 1705 2007-07-23T08:13:47Z Dako 4 wikitext text/x-wiki ==installer openwrt kamikaze pour x86== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ==installer openwrt kamikaze pour fonera== se connecter en redboot configurer l adresse du serveur tftp local RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 RedBoot> fis init RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs prend un certain temps (plus de 10 minutes) RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 finaliser en tapant exec RedBoot> exec !!! attention cela dure aussi plus de dix minute ==configurer openwrt kamikaze pour fonera== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) i#ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ===configurer la fonera=== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit ====network==== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 ====wireless==== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 ====installer olsr==== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable --dako 2007-07-21 1707 1706 2007-07-23T08:14:23Z Dako 4 /* configurer openwrt kamikaze pour fonera */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ==installer openwrt kamikaze pour fonera== se connecter en redboot configurer l adresse du serveur tftp local RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 RedBoot> fis init RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs prend un certain temps (plus de 10 minutes) RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 finaliser en tapant exec RedBoot> exec !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) i#ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ===configurer la fonera=== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit ====network==== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 ====wireless==== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 ====installer olsr==== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable --dako 2007-07-21 1708 1707 2007-07-23T08:16:19Z Dako 4 /* installer openwrt kamikaze pour fonera */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ==installer openwrt kamikaze pour fonera== se connecter en redboot configurer l adresse du serveur tftp local RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs prend un certain temps (plus de 10 minutes) RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 finaliser en tapant exec RedBoot> exec !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) i#ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ===configurer la fonera=== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit ====network==== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 ====wireless==== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 ====installer olsr==== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable --dako 2007-07-21 1709 1708 2007-07-23T09:50:23Z Dako 4 /* installer openwrt kamikaze pour fonera */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera *se connecter en redboot telnet 192.168.1.254 9000 configurer l adresse du serveur tftp local RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs prend un certain temps (plus de 10 minutes) RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 finaliser en tapant exec RedBoot> exec !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) i#ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ===configurer la fonera=== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit ====network==== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 ====wireless==== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 ====installer olsr==== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable --dako 2007-07-21 1710 1709 2007-07-23T09:51:00Z Dako 4 /* installer openwrt kamikaze pour fonera */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera *se connecter en redboot telnet 192.168.1.254 9000 configurer l adresse du serveur tftp local RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs prend un certain temps (plus de 10 minutes) RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 finaliser en tapant exec RedBoot> exec !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) i#ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ===configurer la fonera=== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit ====network==== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 ====wireless==== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 ====installer olsr==== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable --dako 2007-07-21 1711 1710 2007-07-24T08:31:29Z Dako 4 /* installer openwrt kamikaze pour fonera */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===mettre en place le serveur tftp=== #apt-get install tftpd-hpa en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.root wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.kernel cp kamikaze.root kamikaze.kernel /var/lib/tftpboot/ *se connecter en redboot telnet 192.168.1.254 9000 pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). *configurer l adresse du serveur tftp local RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs prend un certain temps (plus de 10 minutes) RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 finaliser en tapant exec RedBoot> exec !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ===configurer la fonera=== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit ====network==== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 ====wireless==== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 ====installer olsr==== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable --dako 2007-07-21 1712 1711 2007-07-24T08:33:41Z Dako 4 /* mettre en place le serveur tftp */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===mettre en place le serveur tftp=== #apt-get install tftpd-hpa en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.root wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.kernel cp kamikaze.root kamikaze.kernel /var/lib/tftpboot/ ===se connecter en redboot=== telnet 192.168.1.254 9000 pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ==configurer l adresse du serveur tftp local== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs prend un certain temps (plus de 10 minutes) RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 finaliser en tapant exec RedBoot> exec !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ===configurer la fonera=== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit ====network==== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 ====wireless==== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 ====installer olsr==== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable --dako 2007-07-21 0 1353 1669 1639 2007-07-19T12:02:21Z Dako 4 wikitext text/x-wiki ===Todo=== * [[olsr.conf]] generique * repositories avec des paquets precompilés des versions a jour d [[olsrd]] voir http://open-mesh.net/optimized-link-state-routing-deamon * une image kamikaze preconfiguré pour rc * un systeme de gestion des ips ( pour l instant il y a un [[fichiershostsrc]] * fonera easy rcflash :) [[foneraxprmntl]] * une page claire qui explique l adressage ip. [[attributionsIp]] 1695 1669 2007-07-22T08:52:10Z Dako 4 /* Todo */ wikitext text/x-wiki ===Todo=== * [[olsr.conf]] generique * repositories avec des paquets precompilés des versions a jour d [[olsrd]] voir http://open-mesh.net/optimized-link-state-routing-deamon * une image kamikaze preconfiguré pour rc * un systeme de gestion des ips ( pour l instant il y a un [[fichiershostsrc]] * fonera easy rcflash :) [[foneraxprmntl]] * une page claire qui explique l adressage ip. [[attributionsIp]] * avahi 1696 1695 2007-07-22T08:55:39Z Dako 4 /* Todo */ wikitext text/x-wiki ===Todo=== * [[olsr.conf]] generique * repositories avec des paquets precompilés des versions a jour d [[olsrd]] voir http://open-mesh.net/optimized-link-state-routing-deamon * une image kamikaze preconfiguré pour rc * un systeme de gestion des ips ( pour l instant il y a un [[fichiershostsrc]] * fonera easy rcflash :) [[foneraxprmntl]] * une page claire qui explique l adressage ip. [[attributionsIp]] * [[avahi]] 0 1359 1670 2007-07-19T12:07:03Z Dako 4 wikitext text/x-wiki pour comprendre allez sur cette page [[lePourquoiDuChangementdIp]] de règle on s attribue un /16 pour tout bxl et dedans on garde /22 pour les omnis le reste est distribué par tranche de /27 pour les doubles interfaces et autres. pôur rester original on commence le /22 par la fin :) 10.93.254.254 10.93.254.253 10.93.254.252 ..... et pour les /27 on commence par le début. 10.93.0.1/27 10.93.0.33/27 .... 1671 1670 2007-07-19T12:11:44Z Dako 4 wikitext text/x-wiki pour comprendre allez sur cette page [[lePourquoiDuChangementdIp]] de règle on s attribue un /16 pour tout bxl et dedans on garde /22 pour les omnis le reste est distribué par tranche de /27 pour les doubles interfaces et autres. pôur rester original on commence le /22 par la fin :) ** 10.93.255.0/22 channel1 essid bombolong (G Omni). *** 10.93.255.254 josaphat Omni 2.4 *** 10.93.255.253 PeTv connecte a la rue de molenbeek newreal amalia *** 10.93.255.252 Atelier ( rue de molenbeek ) *** 10.93.255.251 Matinal *** 10.93.255.250 Amalia *** 10.93.255.249 Newreal *** 10.93.1.7 atelier-bis *** 10.93.1.8 Newreal bis *** 10.93.1.9 ChienVert *** 10.93.1.10 LaekenStation *** 10.93.1.11 Olme *** 10.93.1.12 botatv ( Boulevard Saint Lazarre 1210 Saint Josse | rubber duck 7dbi) *** 10.93.1.13 denswrt *** 10.93.1.14 panik *** 10.93.1.15 bossuet *** 10.93.1.16 ivan *** 10.93.1.17 madou *** 10.93.1.18 ministere *** 10.93.1.19 okno *** 10.93.1.20 pointdom *** 10.93.1.21 philantropie *** 10.93.1.22 bulles *** 10.93.1.23 so-on (A.M.) *** 10.93.1.24 svenontheroof *** 10.93.1.25 svenwrt *** 10.93.1.26 wlhdd (travelnode) *** 10.93.1.27 wl500g *** 10.93.1.28 all0277 *** 10.93.1.29 ruedemerode *** 10.93.1.30 boulette *** 10.93.1.31 imke *** 10.93.1.32 imke2 *** 10.93.1.33 botatv2 (omni 7dbi + usb) *** 10.93.1.34 leysin *** 10.93.1.35 hotel *** 10.93.1.36 sourcenode *** 10.93.1.37 clementine *** 10.93.1.38 Morgiver *** 10.93.1.39 bombofon39 *** 10.93.1.40 bombofon40 *** 10.93.1.41 oldRCwrtFirmware *** 10.93.1.42 inconnumais dans les routes Pour les /27 on commence par le début. 10.93.0.1/27 10.93.0.33/27 .... 0 1355 1672 1654 2007-07-20T23:59:16Z Dako 4 wikitext text/x-wiki ====description des différents paramètres==== =====polling rate===== =====TcRedundancy===== La TC redundancy indique combien d'information de voisin devrait être introduite des messages de TC les valeurs que possibles sont : 0 - envoyez seulement les sélecteurs de MPR 1 - envoyez les sélecteurs MPR et les MPRs 2 - envoient a tous les voisins # par default la valeur est a 0 MultiPointRelais est une des autres 'optimization' notoires ; disponible dans RFC3626... mettez la valeur a off en mettant la valeur de redondance a 2 =====LinkQualityFishEye===== =====jikstra===== # Don't recalculate the Dijkstra-Table for every # incoming TC-Message from nodes more than n hops away - # Disable this algorithm in a huge mesh only if you are # interested to accelerate global warming with overheated CPUs # The first integer tells the algorithm to recalculate # the Dijkstra-table when a TC-Message arrives from a node # not more than n hops away. If set to 0 it will not # recalculate it upon incoming TCs # The second number (float) sets the time interval when # the Dijkstra table will be recalculated anyway. # Whatever comes first... ====un tableau pour comprendre les options==== {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |Intitulé | TestOlsr (rcwiki) | Rcng | OlsrV0.5 | Freifunk |- !pollingrate |Default value 0.05 sec | | | |- !TcRedundancy |defaults to 0 | | | |- !MprCoverage |defaults to 1 | | | |- !LinkQualityFishEye | x | | | |- !LinkQualityWinSize | x | | | |- !LinkQualityDijkstraLimit | x | | | |- !LinkQualityLevel | 2 | | | |- !UseHysteresis | no | | | |} ====le bon ==== DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 LinkQualityFishEye 1 LinkQualityDijkstraLimit 3 5.0 TcRedundancy 2 MprCoverage 7 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "eth1" { } ====olsr.conf du test olsr de 2003==== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.1 TcRedundancy 2 MprCoverage 7 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 5.0 IpcConnect { MaxConnections 1 Host 127.0.0.1 Net 192.168.1.0 255.255.255.0 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 5.0 HelloValidityTime 20.0 TcInterval 2.0 TcValidityTime 30.0 MidInterval 15.0 MidValidityTime 30.0 HnaInterval 15.0 HnaValidityTime 30.0 } ====le fichiers olsrd.conf d une freifunk==== ################################################## ## Freifunk Default OLSRD.CONF ## ## olsr.org OLSR daemon config file ## ## onelektra at gmx dot net ## ################################################## # # Lines starting with a # are discarded # # This file was edited by Elektra and needs # olsrd-0.4.10 CVS or higher # # This file is an example of a typical configuration # for a huge (250 Nodes or more), reliable, scalable # routing-loop-free (well, almost :) and mostly static # network (regarding mobility) using the LQ extention # and FishEyeAlgorithm with LinkQualityDijkstraLimit # to reduce CPU-Overhead # # Debug level(0-9) # If set to 0 the daemon runs in the background # Use Debug level 0 on a embedded system - # debugging draws a lot of CPU-Power DebugLevel 1 # FishEyeAlgorithm - Disable only if you want to # experience routing loops :) # See the README about Fisheye in the olsrd-source LinkQualityFishEye 1 # Don't recalculate the Dijkstra-Table for every # incoming TC-Message from nodes more than n hops away - # Disable this algorithm in a huge mesh only if you are # interested to accelerate global warming with overheated CPUs # The first integer tells the algorithm to recalculate # the Dijkstra-table when a TC-Message arrives from a node # not more than n hops away. If set to 0 it will not # recalculate it upon incoming TCs # The second number (float) sets the time interval when # the Dijkstra table will be recalculated anyway. # Whatever comes first... LinkQualityDijkstraLimit 3 5.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Don't use this to announce an Internet Gateway - # rather use the dyn_gw plugin that checks wheter you are # actually a gateway or a black hole for other peoples # internet traffic... # Internet gateway: # 0.0.0.0 0.0.0.0 # more entries can be added: # 192.168.1.0 255.255.255.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available Willingness 7 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 1 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed #Net 192.168.1.0 255.255.255.0 } # Enable Hysteresis only if you want your routing table # to brake down every 5 seconds # Hysteresis is one of this fancy looking 'optimizations' # in RFC 3626 that don't work in real life # If unsure say "NO!" UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # # If you know what you are doing # you make sure that hysteresis # is completely SWITCHED OFF! # # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 # 100 is slow but stable... LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 # MultiPointRelais is another notorious # 'optimization' feature in RFC3626... # Switch it off by chosing redundancy value 2 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 # # Full coverage is the way to get rid of this # annoying 'optimization' MprCoverage 7 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: # This activates the HTTP Info plugin on port 8080 for # localhost only. LoadPlugin "httpinfo.so.0.1" { PlParam "port" "8080" PlParam "accept" "localhost" } # This plugin generates the information to make those fancy # 2D and 3D topology graphs #LoadPlugin "olsrd_dot_draw.so.0.3" #{ # PlParam "accept" "192.168.120.17" #} # This plugin announces that this node is a gateway into # other networks, it it actually is: #LoadPlugin "olsrd_dyn_gw.so.0.3" #{ # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # Example: dyn_gw params # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" #} # This plugin announces services available on your router: # Of course the configfile should be present... # LoadPlugin "olsrd_servicediscover.so.0.3" #{ # PlParam "configfile" "/etc/servicediscover.conf" #}; # Add more plugins here... # Finally, the interfaces section: # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # # can be specified in the same block # and multiple blocks can be set. # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth0" "eth1" "wlan0" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # Ip4Broadcast 255.255.255.255 # IPv6 address scope to use. # Must be 'site-local' or 'global' # Ip6AddrType site-local # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # Ip6MulticastSite ff05::11 # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # Ip6MulticastGlobal ff0e::1 # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # Hello interval in seconds(float) HelloInterval 5.0 # HELLO validity time HelloValidityTime 300.0 # TC interval in seconds(float) TcInterval 2.0 # TC validity time TcValidityTime 300.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 300.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 300.0 # When multiple links exist between hosts # the weight of interface is used to determine # the link to use. Normally the weight is # automatically calculated by olsrd based # on the characteristics of the interface, # but here you can specify a fixed value. # Olsrd will choose links with the lowest value. # Weight 0 } ====un fichiers de config d un olsr compilé a partir de source de openmesh==== # niveau de debug(0-9) # si vous mettez a 0 le daemon tourne en tache de fond DebugLevel 0 # Fisheye mechanism for TC messages 0=off, 1=on LinkQualityFishEye 1 # Don't recalculate the Dijkstra-table for every incoming topology # control packet. There is no need to recalculate the whole table # if a minor change occured several hops away. Small CPUs will start # to glow if you do this in a mesh of considerable size. Rather the table # should be recalculated if a change occured in the neighborhood # of this node. The first number is the number of hops. Nodes within # this number of hops trigger a recalculation of the table. If the # number is 0 no incoming topology control packet will trigger # a recalculation of the table. The second number (floating point!) # is the length ot the interval until the table is recalculated anyway. LinkQualityDijkstraLimit 1 6.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Internet gateway: 0.0.0.0 0.0.0.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available #Willingness 4 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 6 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed Net 192.168.16.0 255.255.255.0 } # Wether to use hysteresis or not # Hysteresis adds more robustness to the # link sensing but delays neighbor registration. # Used by default. 'yes' or 'no' # Do not use hysteresis with ETX! UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 MprCoverage 5 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: LoadPlugin "olsrd_dyn_gw.so.0.3" { # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # # Example: dyn_gw params # # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" } # #LoadPlugin "olsrd_httpinfo.so.0.1" #{ # PlParam "port" "8080" # PlParam "Net" "0.0.0.0 255.255.255.255" #} # ## # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # can be specified in the same block # and multiple blocks can be set. # # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): # Interface "eth1" "eth2" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # # Ip4Broadcast 255.255.255.255 # # IPv6 address scope to use. # Must be 'site-local' or 'global' # # Ip6AddrType site-local # # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # # Ip6MulticastSite ff05::11 # # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # # Ip6MulticastGlobal ff0e::1 # # # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # # Hello interval in seconds(float) HelloInterval 5.0 # # HELLO validity time HelloValidityTime 200.0 # # # TC interval in seconds(float) 0.5 is only viable when # LinkQualityFishEye is enabled. Otherwise larger networks would # suffocate from a massive protocol overhead of TC-messages # TcInterval 0.5 # TC validity time TcValidityTime 250.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 100.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 100.0 ## ## # If a certain route should be preferred or ignored by the mesh, the # Link Quality value of a node can be multiplied with a factor entered # here. In the example the route using 192.168.0.1 would rather be # ignored. A multiplier of 0.5 will result in a small (bad) LinkQuality # value and a high (bad) ETX value. Note: Link quality multiplier is # used only when LinkQualityLevel is > 0. # LinkQualityMult 10.200.172.200 0.9 # This multiplier applies to all other nodes # LinkQualityMult default 0.8 } 1673 1672 2007-07-21T00:01:59Z Dako 4 wikitext text/x-wiki ====description des différents paramètres==== =====polling rate===== =====TcRedundancy===== La TC redundancy indique combien d'information de voisin devrait être introduite des messages de TC les valeurs que possibles sont : 0 - envoyez seulement les sélecteurs de MPR 1 - envoyez les sélecteurs MPR et les MPRs 2 - envoient a tous les voisins # par default la valeur est a 0 MultiPointRelais est une des autres 'optimization' notoires ; disponible dans RFC3626... mettez la valeur a off en mettant la valeur de redondance a 2 =====LinkQualityFishEye===== =====jikstra===== # Don't recalculate the Dijkstra-Table for every # incoming TC-Message from nodes more than n hops away - # Disable this algorithm in a huge mesh only if you are # interested to accelerate global warming with overheated CPUs # The first integer tells the algorithm to recalculate # the Dijkstra-table when a TC-Message arrives from a node # not more than n hops away. If set to 0 it will not # recalculate it upon incoming TCs # The second number (float) sets the time interval when # the Dijkstra table will be recalculated anyway. # Whatever comes first... ====un tableau pour comprendre les options==== {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |Intitulé | TestOlsr (rcwiki) | Rcng | OlsrV0.5 | Freifunk |- !pollingrate |Default value 0.05 sec | | | |- !TcRedundancy |defaults to 0 | | | |- !MprCoverage |defaults to 1 | | | |- !LinkQualityFishEye | x | | | |- !LinkQualityWinSize | x | | | |- !LinkQualityDijkstraLimit | x | | | |- !LinkQualityLevel | 2 | | | |- !UseHysteresis | no | | | |} ====le bon ==== =====olsrd.conf utilisé par reseaucitoyen avec olsr 5.0-..===== DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 LinkQualityFishEye 1 LinkQualityDijkstraLimit 3 5.0 TcRedundancy 2 MprCoverage 7 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "eth1" { } ====autres exemples==== =====olsr.conf du test olsr de 2003===== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.1 TcRedundancy 2 MprCoverage 7 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 5.0 IpcConnect { MaxConnections 1 Host 127.0.0.1 Net 192.168.1.0 255.255.255.0 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 5.0 HelloValidityTime 20.0 TcInterval 2.0 TcValidityTime 30.0 MidInterval 15.0 MidValidityTime 30.0 HnaInterval 15.0 HnaValidityTime 30.0 } ====le fichiers olsrd.conf d une freifunk==== ################################################## ## Freifunk Default OLSRD.CONF ## ## olsr.org OLSR daemon config file ## ## onelektra at gmx dot net ## ################################################## # # Lines starting with a # are discarded # # This file was edited by Elektra and needs # olsrd-0.4.10 CVS or higher # # This file is an example of a typical configuration # for a huge (250 Nodes or more), reliable, scalable # routing-loop-free (well, almost :) and mostly static # network (regarding mobility) using the LQ extention # and FishEyeAlgorithm with LinkQualityDijkstraLimit # to reduce CPU-Overhead # # Debug level(0-9) # If set to 0 the daemon runs in the background # Use Debug level 0 on a embedded system - # debugging draws a lot of CPU-Power DebugLevel 1 # FishEyeAlgorithm - Disable only if you want to # experience routing loops :) # See the README about Fisheye in the olsrd-source LinkQualityFishEye 1 # Don't recalculate the Dijkstra-Table for every # incoming TC-Message from nodes more than n hops away - # Disable this algorithm in a huge mesh only if you are # interested to accelerate global warming with overheated CPUs # The first integer tells the algorithm to recalculate # the Dijkstra-table when a TC-Message arrives from a node # not more than n hops away. If set to 0 it will not # recalculate it upon incoming TCs # The second number (float) sets the time interval when # the Dijkstra table will be recalculated anyway. # Whatever comes first... LinkQualityDijkstraLimit 3 5.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Don't use this to announce an Internet Gateway - # rather use the dyn_gw plugin that checks wheter you are # actually a gateway or a black hole for other peoples # internet traffic... # Internet gateway: # 0.0.0.0 0.0.0.0 # more entries can be added: # 192.168.1.0 255.255.255.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available Willingness 7 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 1 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed #Net 192.168.1.0 255.255.255.0 } # Enable Hysteresis only if you want your routing table # to brake down every 5 seconds # Hysteresis is one of this fancy looking 'optimizations' # in RFC 3626 that don't work in real life # If unsure say "NO!" UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # # If you know what you are doing # you make sure that hysteresis # is completely SWITCHED OFF! # # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 # 100 is slow but stable... LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 # MultiPointRelais is another notorious # 'optimization' feature in RFC3626... # Switch it off by chosing redundancy value 2 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 # # Full coverage is the way to get rid of this # annoying 'optimization' MprCoverage 7 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: # This activates the HTTP Info plugin on port 8080 for # localhost only. LoadPlugin "httpinfo.so.0.1" { PlParam "port" "8080" PlParam "accept" "localhost" } # This plugin generates the information to make those fancy # 2D and 3D topology graphs #LoadPlugin "olsrd_dot_draw.so.0.3" #{ # PlParam "accept" "192.168.120.17" #} # This plugin announces that this node is a gateway into # other networks, it it actually is: #LoadPlugin "olsrd_dyn_gw.so.0.3" #{ # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # Example: dyn_gw params # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" #} # This plugin announces services available on your router: # Of course the configfile should be present... # LoadPlugin "olsrd_servicediscover.so.0.3" #{ # PlParam "configfile" "/etc/servicediscover.conf" #}; # Add more plugins here... # Finally, the interfaces section: # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # # can be specified in the same block # and multiple blocks can be set. # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth0" "eth1" "wlan0" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # Ip4Broadcast 255.255.255.255 # IPv6 address scope to use. # Must be 'site-local' or 'global' # Ip6AddrType site-local # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # Ip6MulticastSite ff05::11 # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # Ip6MulticastGlobal ff0e::1 # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # Hello interval in seconds(float) HelloInterval 5.0 # HELLO validity time HelloValidityTime 300.0 # TC interval in seconds(float) TcInterval 2.0 # TC validity time TcValidityTime 300.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 300.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 300.0 # When multiple links exist between hosts # the weight of interface is used to determine # the link to use. Normally the weight is # automatically calculated by olsrd based # on the characteristics of the interface, # but here you can specify a fixed value. # Olsrd will choose links with the lowest value. # Weight 0 } =====un fichiers de config d un olsr compilé a partir de source de openmesh===== # niveau de debug(0-9) # si vous mettez a 0 le daemon tourne en tache de fond DebugLevel 0 # Fisheye mechanism for TC messages 0=off, 1=on LinkQualityFishEye 1 # Don't recalculate the Dijkstra-table for every incoming topology # control packet. There is no need to recalculate the whole table # if a minor change occured several hops away. Small CPUs will start # to glow if you do this in a mesh of considerable size. Rather the table # should be recalculated if a change occured in the neighborhood # of this node. The first number is the number of hops. Nodes within # this number of hops trigger a recalculation of the table. If the # number is 0 no incoming topology control packet will trigger # a recalculation of the table. The second number (floating point!) # is the length ot the interval until the table is recalculated anyway. LinkQualityDijkstraLimit 1 6.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Internet gateway: 0.0.0.0 0.0.0.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available #Willingness 4 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 6 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed Net 192.168.16.0 255.255.255.0 } # Wether to use hysteresis or not # Hysteresis adds more robustness to the # link sensing but delays neighbor registration. # Used by default. 'yes' or 'no' # Do not use hysteresis with ETX! UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 MprCoverage 5 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: LoadPlugin "olsrd_dyn_gw.so.0.3" { # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # # Example: dyn_gw params # # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" } # #LoadPlugin "olsrd_httpinfo.so.0.1" #{ # PlParam "port" "8080" # PlParam "Net" "0.0.0.0 255.255.255.255" #} # ## # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # can be specified in the same block # and multiple blocks can be set. # # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): # Interface "eth1" "eth2" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # # Ip4Broadcast 255.255.255.255 # # IPv6 address scope to use. # Must be 'site-local' or 'global' # # Ip6AddrType site-local # # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # # Ip6MulticastSite ff05::11 # # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # # Ip6MulticastGlobal ff0e::1 # # # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # # Hello interval in seconds(float) HelloInterval 5.0 # # HELLO validity time HelloValidityTime 200.0 # # # TC interval in seconds(float) 0.5 is only viable when # LinkQualityFishEye is enabled. Otherwise larger networks would # suffocate from a massive protocol overhead of TC-messages # TcInterval 0.5 # TC validity time TcValidityTime 250.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 100.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 100.0 ## ## # If a certain route should be preferred or ignored by the mesh, the # Link Quality value of a node can be multiplied with a factor entered # here. In the example the route using 192.168.0.1 would rather be # ignored. A multiplier of 0.5 will result in a small (bad) LinkQuality # value and a high (bad) ETX value. Note: Link quality multiplier is # used only when LinkQualityLevel is > 0. # LinkQualityMult 10.200.172.200 0.9 # This multiplier applies to all other nodes # LinkQualityMult default 0.8 } 1674 1673 2007-07-21T00:02:24Z Dako 4 /* le fichiers olsrd.conf d une freifunk */ wikitext text/x-wiki ====description des différents paramètres==== =====polling rate===== =====TcRedundancy===== La TC redundancy indique combien d'information de voisin devrait être introduite des messages de TC les valeurs que possibles sont : 0 - envoyez seulement les sélecteurs de MPR 1 - envoyez les sélecteurs MPR et les MPRs 2 - envoient a tous les voisins # par default la valeur est a 0 MultiPointRelais est une des autres 'optimization' notoires ; disponible dans RFC3626... mettez la valeur a off en mettant la valeur de redondance a 2 =====LinkQualityFishEye===== =====jikstra===== # Don't recalculate the Dijkstra-Table for every # incoming TC-Message from nodes more than n hops away - # Disable this algorithm in a huge mesh only if you are # interested to accelerate global warming with overheated CPUs # The first integer tells the algorithm to recalculate # the Dijkstra-table when a TC-Message arrives from a node # not more than n hops away. If set to 0 it will not # recalculate it upon incoming TCs # The second number (float) sets the time interval when # the Dijkstra table will be recalculated anyway. # Whatever comes first... ====un tableau pour comprendre les options==== {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |Intitulé | TestOlsr (rcwiki) | Rcng | OlsrV0.5 | Freifunk |- !pollingrate |Default value 0.05 sec | | | |- !TcRedundancy |defaults to 0 | | | |- !MprCoverage |defaults to 1 | | | |- !LinkQualityFishEye | x | | | |- !LinkQualityWinSize | x | | | |- !LinkQualityDijkstraLimit | x | | | |- !LinkQualityLevel | 2 | | | |- !UseHysteresis | no | | | |} ====le bon ==== =====olsrd.conf utilisé par reseaucitoyen avec olsr 5.0-..===== DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 LinkQualityFishEye 1 LinkQualityDijkstraLimit 3 5.0 TcRedundancy 2 MprCoverage 7 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "eth1" { } ====autres exemples==== =====olsr.conf du test olsr de 2003===== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.1 TcRedundancy 2 MprCoverage 7 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 5.0 IpcConnect { MaxConnections 1 Host 127.0.0.1 Net 192.168.1.0 255.255.255.0 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 5.0 HelloValidityTime 20.0 TcInterval 2.0 TcValidityTime 30.0 MidInterval 15.0 MidValidityTime 30.0 HnaInterval 15.0 HnaValidityTime 30.0 } =====le fichiers olsrd.conf d une freifunk===== ################################################## ## Freifunk Default OLSRD.CONF ## ## olsr.org OLSR daemon config file ## ## onelektra at gmx dot net ## ################################################## # # Lines starting with a # are discarded # # This file was edited by Elektra and needs # olsrd-0.4.10 CVS or higher # # This file is an example of a typical configuration # for a huge (250 Nodes or more), reliable, scalable # routing-loop-free (well, almost :) and mostly static # network (regarding mobility) using the LQ extention # and FishEyeAlgorithm with LinkQualityDijkstraLimit # to reduce CPU-Overhead # # Debug level(0-9) # If set to 0 the daemon runs in the background # Use Debug level 0 on a embedded system - # debugging draws a lot of CPU-Power DebugLevel 1 # FishEyeAlgorithm - Disable only if you want to # experience routing loops :) # See the README about Fisheye in the olsrd-source LinkQualityFishEye 1 # Don't recalculate the Dijkstra-Table for every # incoming TC-Message from nodes more than n hops away - # Disable this algorithm in a huge mesh only if you are # interested to accelerate global warming with overheated CPUs # The first integer tells the algorithm to recalculate # the Dijkstra-table when a TC-Message arrives from a node # not more than n hops away. If set to 0 it will not # recalculate it upon incoming TCs # The second number (float) sets the time interval when # the Dijkstra table will be recalculated anyway. # Whatever comes first... LinkQualityDijkstraLimit 3 5.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Don't use this to announce an Internet Gateway - # rather use the dyn_gw plugin that checks wheter you are # actually a gateway or a black hole for other peoples # internet traffic... # Internet gateway: # 0.0.0.0 0.0.0.0 # more entries can be added: # 192.168.1.0 255.255.255.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available Willingness 7 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 1 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed #Net 192.168.1.0 255.255.255.0 } # Enable Hysteresis only if you want your routing table # to brake down every 5 seconds # Hysteresis is one of this fancy looking 'optimizations' # in RFC 3626 that don't work in real life # If unsure say "NO!" UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # # If you know what you are doing # you make sure that hysteresis # is completely SWITCHED OFF! # # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 # 100 is slow but stable... LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 # MultiPointRelais is another notorious # 'optimization' feature in RFC3626... # Switch it off by chosing redundancy value 2 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 # # Full coverage is the way to get rid of this # annoying 'optimization' MprCoverage 7 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: # This activates the HTTP Info plugin on port 8080 for # localhost only. LoadPlugin "httpinfo.so.0.1" { PlParam "port" "8080" PlParam "accept" "localhost" } # This plugin generates the information to make those fancy # 2D and 3D topology graphs #LoadPlugin "olsrd_dot_draw.so.0.3" #{ # PlParam "accept" "192.168.120.17" #} # This plugin announces that this node is a gateway into # other networks, it it actually is: #LoadPlugin "olsrd_dyn_gw.so.0.3" #{ # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # Example: dyn_gw params # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" #} # This plugin announces services available on your router: # Of course the configfile should be present... # LoadPlugin "olsrd_servicediscover.so.0.3" #{ # PlParam "configfile" "/etc/servicediscover.conf" #}; # Add more plugins here... # Finally, the interfaces section: # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # # can be specified in the same block # and multiple blocks can be set. # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth0" "eth1" "wlan0" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # Ip4Broadcast 255.255.255.255 # IPv6 address scope to use. # Must be 'site-local' or 'global' # Ip6AddrType site-local # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # Ip6MulticastSite ff05::11 # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # Ip6MulticastGlobal ff0e::1 # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # Hello interval in seconds(float) HelloInterval 5.0 # HELLO validity time HelloValidityTime 300.0 # TC interval in seconds(float) TcInterval 2.0 # TC validity time TcValidityTime 300.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 300.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 300.0 # When multiple links exist between hosts # the weight of interface is used to determine # the link to use. Normally the weight is # automatically calculated by olsrd based # on the characteristics of the interface, # but here you can specify a fixed value. # Olsrd will choose links with the lowest value. # Weight 0 } =====un fichiers de config d un olsr compilé a partir de source de openmesh===== # niveau de debug(0-9) # si vous mettez a 0 le daemon tourne en tache de fond DebugLevel 0 # Fisheye mechanism for TC messages 0=off, 1=on LinkQualityFishEye 1 # Don't recalculate the Dijkstra-table for every incoming topology # control packet. There is no need to recalculate the whole table # if a minor change occured several hops away. Small CPUs will start # to glow if you do this in a mesh of considerable size. Rather the table # should be recalculated if a change occured in the neighborhood # of this node. The first number is the number of hops. Nodes within # this number of hops trigger a recalculation of the table. If the # number is 0 no incoming topology control packet will trigger # a recalculation of the table. The second number (floating point!) # is the length ot the interval until the table is recalculated anyway. LinkQualityDijkstraLimit 1 6.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Internet gateway: 0.0.0.0 0.0.0.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available #Willingness 4 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 6 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed Net 192.168.16.0 255.255.255.0 } # Wether to use hysteresis or not # Hysteresis adds more robustness to the # link sensing but delays neighbor registration. # Used by default. 'yes' or 'no' # Do not use hysteresis with ETX! UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 MprCoverage 5 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: LoadPlugin "olsrd_dyn_gw.so.0.3" { # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # # Example: dyn_gw params # # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" } # #LoadPlugin "olsrd_httpinfo.so.0.1" #{ # PlParam "port" "8080" # PlParam "Net" "0.0.0.0 255.255.255.255" #} # ## # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # can be specified in the same block # and multiple blocks can be set. # # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): # Interface "eth1" "eth2" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # # Ip4Broadcast 255.255.255.255 # # IPv6 address scope to use. # Must be 'site-local' or 'global' # # Ip6AddrType site-local # # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # # Ip6MulticastSite ff05::11 # # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # # Ip6MulticastGlobal ff0e::1 # # # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # # Hello interval in seconds(float) HelloInterval 5.0 # # HELLO validity time HelloValidityTime 200.0 # # # TC interval in seconds(float) 0.5 is only viable when # LinkQualityFishEye is enabled. Otherwise larger networks would # suffocate from a massive protocol overhead of TC-messages # TcInterval 0.5 # TC validity time TcValidityTime 250.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 100.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 100.0 ## ## # If a certain route should be preferred or ignored by the mesh, the # Link Quality value of a node can be multiplied with a factor entered # here. In the example the route using 192.168.0.1 would rather be # ignored. A multiplier of 0.5 will result in a small (bad) LinkQuality # value and a high (bad) ETX value. Note: Link quality multiplier is # used only when LinkQualityLevel is > 0. # LinkQualityMult 10.200.172.200 0.9 # This multiplier applies to all other nodes # LinkQualityMult default 0.8 } 1675 1674 2007-07-21T00:03:01Z Dako 4 /* le bon */ wikitext text/x-wiki ====description des différents paramètres==== =====polling rate===== =====TcRedundancy===== La TC redundancy indique combien d'information de voisin devrait être introduite des messages de TC les valeurs que possibles sont : 0 - envoyez seulement les sélecteurs de MPR 1 - envoyez les sélecteurs MPR et les MPRs 2 - envoient a tous les voisins # par default la valeur est a 0 MultiPointRelais est une des autres 'optimization' notoires ; disponible dans RFC3626... mettez la valeur a off en mettant la valeur de redondance a 2 =====LinkQualityFishEye===== =====jikstra===== # Don't recalculate the Dijkstra-Table for every # incoming TC-Message from nodes more than n hops away - # Disable this algorithm in a huge mesh only if you are # interested to accelerate global warming with overheated CPUs # The first integer tells the algorithm to recalculate # the Dijkstra-table when a TC-Message arrives from a node # not more than n hops away. If set to 0 it will not # recalculate it upon incoming TCs # The second number (float) sets the time interval when # the Dijkstra table will be recalculated anyway. # Whatever comes first... ====un tableau pour comprendre les options==== {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |Intitulé | TestOlsr (rcwiki) | Rcng | OlsrV0.5 | Freifunk |- !pollingrate |Default value 0.05 sec | | | |- !TcRedundancy |defaults to 0 | | | |- !MprCoverage |defaults to 1 | | | |- !LinkQualityFishEye | x | | | |- !LinkQualityWinSize | x | | | |- !LinkQualityDijkstraLimit | x | | | |- !LinkQualityLevel | 2 | | | |- !UseHysteresis | no | | | |} ====la bonne configuration==== =====olsrd.conf utilisé par reseaucitoyen avec olsr 5.0-..===== DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 LinkQualityFishEye 1 LinkQualityDijkstraLimit 3 5.0 TcRedundancy 2 MprCoverage 7 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "eth1" { } ====autres exemples==== =====olsr.conf du test olsr de 2003===== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.1 TcRedundancy 2 MprCoverage 7 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 5.0 IpcConnect { MaxConnections 1 Host 127.0.0.1 Net 192.168.1.0 255.255.255.0 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 5.0 HelloValidityTime 20.0 TcInterval 2.0 TcValidityTime 30.0 MidInterval 15.0 MidValidityTime 30.0 HnaInterval 15.0 HnaValidityTime 30.0 } =====le fichiers olsrd.conf d une freifunk===== ################################################## ## Freifunk Default OLSRD.CONF ## ## olsr.org OLSR daemon config file ## ## onelektra at gmx dot net ## ################################################## # # Lines starting with a # are discarded # # This file was edited by Elektra and needs # olsrd-0.4.10 CVS or higher # # This file is an example of a typical configuration # for a huge (250 Nodes or more), reliable, scalable # routing-loop-free (well, almost :) and mostly static # network (regarding mobility) using the LQ extention # and FishEyeAlgorithm with LinkQualityDijkstraLimit # to reduce CPU-Overhead # # Debug level(0-9) # If set to 0 the daemon runs in the background # Use Debug level 0 on a embedded system - # debugging draws a lot of CPU-Power DebugLevel 1 # FishEyeAlgorithm - Disable only if you want to # experience routing loops :) # See the README about Fisheye in the olsrd-source LinkQualityFishEye 1 # Don't recalculate the Dijkstra-Table for every # incoming TC-Message from nodes more than n hops away - # Disable this algorithm in a huge mesh only if you are # interested to accelerate global warming with overheated CPUs # The first integer tells the algorithm to recalculate # the Dijkstra-table when a TC-Message arrives from a node # not more than n hops away. If set to 0 it will not # recalculate it upon incoming TCs # The second number (float) sets the time interval when # the Dijkstra table will be recalculated anyway. # Whatever comes first... LinkQualityDijkstraLimit 3 5.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Don't use this to announce an Internet Gateway - # rather use the dyn_gw plugin that checks wheter you are # actually a gateway or a black hole for other peoples # internet traffic... # Internet gateway: # 0.0.0.0 0.0.0.0 # more entries can be added: # 192.168.1.0 255.255.255.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available Willingness 7 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 1 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed #Net 192.168.1.0 255.255.255.0 } # Enable Hysteresis only if you want your routing table # to brake down every 5 seconds # Hysteresis is one of this fancy looking 'optimizations' # in RFC 3626 that don't work in real life # If unsure say "NO!" UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # # If you know what you are doing # you make sure that hysteresis # is completely SWITCHED OFF! # # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 # 100 is slow but stable... LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 # MultiPointRelais is another notorious # 'optimization' feature in RFC3626... # Switch it off by chosing redundancy value 2 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 # # Full coverage is the way to get rid of this # annoying 'optimization' MprCoverage 7 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: # This activates the HTTP Info plugin on port 8080 for # localhost only. LoadPlugin "httpinfo.so.0.1" { PlParam "port" "8080" PlParam "accept" "localhost" } # This plugin generates the information to make those fancy # 2D and 3D topology graphs #LoadPlugin "olsrd_dot_draw.so.0.3" #{ # PlParam "accept" "192.168.120.17" #} # This plugin announces that this node is a gateway into # other networks, it it actually is: #LoadPlugin "olsrd_dyn_gw.so.0.3" #{ # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # Example: dyn_gw params # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" #} # This plugin announces services available on your router: # Of course the configfile should be present... # LoadPlugin "olsrd_servicediscover.so.0.3" #{ # PlParam "configfile" "/etc/servicediscover.conf" #}; # Add more plugins here... # Finally, the interfaces section: # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # # can be specified in the same block # and multiple blocks can be set. # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth0" "eth1" "wlan0" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # Ip4Broadcast 255.255.255.255 # IPv6 address scope to use. # Must be 'site-local' or 'global' # Ip6AddrType site-local # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # Ip6MulticastSite ff05::11 # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # Ip6MulticastGlobal ff0e::1 # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # Hello interval in seconds(float) HelloInterval 5.0 # HELLO validity time HelloValidityTime 300.0 # TC interval in seconds(float) TcInterval 2.0 # TC validity time TcValidityTime 300.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 300.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 300.0 # When multiple links exist between hosts # the weight of interface is used to determine # the link to use. Normally the weight is # automatically calculated by olsrd based # on the characteristics of the interface, # but here you can specify a fixed value. # Olsrd will choose links with the lowest value. # Weight 0 } =====un fichiers de config d un olsr compilé a partir de source de openmesh===== # niveau de debug(0-9) # si vous mettez a 0 le daemon tourne en tache de fond DebugLevel 0 # Fisheye mechanism for TC messages 0=off, 1=on LinkQualityFishEye 1 # Don't recalculate the Dijkstra-table for every incoming topology # control packet. There is no need to recalculate the whole table # if a minor change occured several hops away. Small CPUs will start # to glow if you do this in a mesh of considerable size. Rather the table # should be recalculated if a change occured in the neighborhood # of this node. The first number is the number of hops. Nodes within # this number of hops trigger a recalculation of the table. If the # number is 0 no incoming topology control packet will trigger # a recalculation of the table. The second number (floating point!) # is the length ot the interval until the table is recalculated anyway. LinkQualityDijkstraLimit 1 6.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Internet gateway: 0.0.0.0 0.0.0.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available #Willingness 4 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 6 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed Net 192.168.16.0 255.255.255.0 } # Wether to use hysteresis or not # Hysteresis adds more robustness to the # link sensing but delays neighbor registration. # Used by default. 'yes' or 'no' # Do not use hysteresis with ETX! UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 MprCoverage 5 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: LoadPlugin "olsrd_dyn_gw.so.0.3" { # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # # Example: dyn_gw params # # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" } # #LoadPlugin "olsrd_httpinfo.so.0.1" #{ # PlParam "port" "8080" # PlParam "Net" "0.0.0.0 255.255.255.255" #} # ## # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # can be specified in the same block # and multiple blocks can be set. # # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): # Interface "eth1" "eth2" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # # Ip4Broadcast 255.255.255.255 # # IPv6 address scope to use. # Must be 'site-local' or 'global' # # Ip6AddrType site-local # # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # # Ip6MulticastSite ff05::11 # # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # # Ip6MulticastGlobal ff0e::1 # # # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # # Hello interval in seconds(float) HelloInterval 5.0 # # HELLO validity time HelloValidityTime 200.0 # # # TC interval in seconds(float) 0.5 is only viable when # LinkQualityFishEye is enabled. Otherwise larger networks would # suffocate from a massive protocol overhead of TC-messages # TcInterval 0.5 # TC validity time TcValidityTime 250.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 100.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 100.0 ## ## # If a certain route should be preferred or ignored by the mesh, the # Link Quality value of a node can be multiplied with a factor entered # here. In the example the route using 192.168.0.1 would rather be # ignored. A multiplier of 0.5 will result in a small (bad) LinkQuality # value and a high (bad) ETX value. Note: Link quality multiplier is # used only when LinkQualityLevel is > 0. # LinkQualityMult 10.200.172.200 0.9 # This multiplier applies to all other nodes # LinkQualityMult default 0.8 } 1676 1675 2007-07-21T00:04:29Z Dako 4 /* olsrd.conf utilisé par reseaucitoyen avec olsr 5.0-.. */ wikitext text/x-wiki ====description des différents paramètres==== =====polling rate===== =====TcRedundancy===== La TC redundancy indique combien d'information de voisin devrait être introduite des messages de TC les valeurs que possibles sont : 0 - envoyez seulement les sélecteurs de MPR 1 - envoyez les sélecteurs MPR et les MPRs 2 - envoient a tous les voisins # par default la valeur est a 0 MultiPointRelais est une des autres 'optimization' notoires ; disponible dans RFC3626... mettez la valeur a off en mettant la valeur de redondance a 2 =====LinkQualityFishEye===== =====jikstra===== # Don't recalculate the Dijkstra-Table for every # incoming TC-Message from nodes more than n hops away - # Disable this algorithm in a huge mesh only if you are # interested to accelerate global warming with overheated CPUs # The first integer tells the algorithm to recalculate # the Dijkstra-table when a TC-Message arrives from a node # not more than n hops away. If set to 0 it will not # recalculate it upon incoming TCs # The second number (float) sets the time interval when # the Dijkstra table will be recalculated anyway. # Whatever comes first... ====un tableau pour comprendre les options==== {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |Intitulé | TestOlsr (rcwiki) | Rcng | OlsrV0.5 | Freifunk |- !pollingrate |Default value 0.05 sec | | | |- !TcRedundancy |defaults to 0 | | | |- !MprCoverage |defaults to 1 | | | |- !LinkQualityFishEye | x | | | |- !LinkQualityWinSize | x | | | |- !LinkQualityDijkstraLimit | x | | | |- !LinkQualityLevel | 2 | | | |- !UseHysteresis | no | | | |} ====la bonne configuration==== =====olsrd.conf utilisé par reseaucitoyen avec olsr 5.0-..===== DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "eth1" { } ====autres exemples==== =====olsr.conf du test olsr de 2003===== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.1 TcRedundancy 2 MprCoverage 7 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 5.0 IpcConnect { MaxConnections 1 Host 127.0.0.1 Net 192.168.1.0 255.255.255.0 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 5.0 HelloValidityTime 20.0 TcInterval 2.0 TcValidityTime 30.0 MidInterval 15.0 MidValidityTime 30.0 HnaInterval 15.0 HnaValidityTime 30.0 } =====le fichiers olsrd.conf d une freifunk===== ################################################## ## Freifunk Default OLSRD.CONF ## ## olsr.org OLSR daemon config file ## ## onelektra at gmx dot net ## ################################################## # # Lines starting with a # are discarded # # This file was edited by Elektra and needs # olsrd-0.4.10 CVS or higher # # This file is an example of a typical configuration # for a huge (250 Nodes or more), reliable, scalable # routing-loop-free (well, almost :) and mostly static # network (regarding mobility) using the LQ extention # and FishEyeAlgorithm with LinkQualityDijkstraLimit # to reduce CPU-Overhead # # Debug level(0-9) # If set to 0 the daemon runs in the background # Use Debug level 0 on a embedded system - # debugging draws a lot of CPU-Power DebugLevel 1 # FishEyeAlgorithm - Disable only if you want to # experience routing loops :) # See the README about Fisheye in the olsrd-source LinkQualityFishEye 1 # Don't recalculate the Dijkstra-Table for every # incoming TC-Message from nodes more than n hops away - # Disable this algorithm in a huge mesh only if you are # interested to accelerate global warming with overheated CPUs # The first integer tells the algorithm to recalculate # the Dijkstra-table when a TC-Message arrives from a node # not more than n hops away. If set to 0 it will not # recalculate it upon incoming TCs # The second number (float) sets the time interval when # the Dijkstra table will be recalculated anyway. # Whatever comes first... LinkQualityDijkstraLimit 3 5.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Don't use this to announce an Internet Gateway - # rather use the dyn_gw plugin that checks wheter you are # actually a gateway or a black hole for other peoples # internet traffic... # Internet gateway: # 0.0.0.0 0.0.0.0 # more entries can be added: # 192.168.1.0 255.255.255.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available Willingness 7 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 1 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed #Net 192.168.1.0 255.255.255.0 } # Enable Hysteresis only if you want your routing table # to brake down every 5 seconds # Hysteresis is one of this fancy looking 'optimizations' # in RFC 3626 that don't work in real life # If unsure say "NO!" UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # # If you know what you are doing # you make sure that hysteresis # is completely SWITCHED OFF! # # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 # 100 is slow but stable... LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 # MultiPointRelais is another notorious # 'optimization' feature in RFC3626... # Switch it off by chosing redundancy value 2 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 # # Full coverage is the way to get rid of this # annoying 'optimization' MprCoverage 7 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: # This activates the HTTP Info plugin on port 8080 for # localhost only. LoadPlugin "httpinfo.so.0.1" { PlParam "port" "8080" PlParam "accept" "localhost" } # This plugin generates the information to make those fancy # 2D and 3D topology graphs #LoadPlugin "olsrd_dot_draw.so.0.3" #{ # PlParam "accept" "192.168.120.17" #} # This plugin announces that this node is a gateway into # other networks, it it actually is: #LoadPlugin "olsrd_dyn_gw.so.0.3" #{ # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # Example: dyn_gw params # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" #} # This plugin announces services available on your router: # Of course the configfile should be present... # LoadPlugin "olsrd_servicediscover.so.0.3" #{ # PlParam "configfile" "/etc/servicediscover.conf" #}; # Add more plugins here... # Finally, the interfaces section: # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # # can be specified in the same block # and multiple blocks can be set. # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth0" "eth1" "wlan0" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # Ip4Broadcast 255.255.255.255 # IPv6 address scope to use. # Must be 'site-local' or 'global' # Ip6AddrType site-local # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # Ip6MulticastSite ff05::11 # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # Ip6MulticastGlobal ff0e::1 # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # Hello interval in seconds(float) HelloInterval 5.0 # HELLO validity time HelloValidityTime 300.0 # TC interval in seconds(float) TcInterval 2.0 # TC validity time TcValidityTime 300.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 300.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 300.0 # When multiple links exist between hosts # the weight of interface is used to determine # the link to use. Normally the weight is # automatically calculated by olsrd based # on the characteristics of the interface, # but here you can specify a fixed value. # Olsrd will choose links with the lowest value. # Weight 0 } =====un fichiers de config d un olsr compilé a partir de source de openmesh===== # niveau de debug(0-9) # si vous mettez a 0 le daemon tourne en tache de fond DebugLevel 0 # Fisheye mechanism for TC messages 0=off, 1=on LinkQualityFishEye 1 # Don't recalculate the Dijkstra-table for every incoming topology # control packet. There is no need to recalculate the whole table # if a minor change occured several hops away. Small CPUs will start # to glow if you do this in a mesh of considerable size. Rather the table # should be recalculated if a change occured in the neighborhood # of this node. The first number is the number of hops. Nodes within # this number of hops trigger a recalculation of the table. If the # number is 0 no incoming topology control packet will trigger # a recalculation of the table. The second number (floating point!) # is the length ot the interval until the table is recalculated anyway. LinkQualityDijkstraLimit 1 6.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Internet gateway: 0.0.0.0 0.0.0.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available #Willingness 4 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 6 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed Net 192.168.16.0 255.255.255.0 } # Wether to use hysteresis or not # Hysteresis adds more robustness to the # link sensing but delays neighbor registration. # Used by default. 'yes' or 'no' # Do not use hysteresis with ETX! UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 MprCoverage 5 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: LoadPlugin "olsrd_dyn_gw.so.0.3" { # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # # Example: dyn_gw params # # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" } # #LoadPlugin "olsrd_httpinfo.so.0.1" #{ # PlParam "port" "8080" # PlParam "Net" "0.0.0.0 255.255.255.255" #} # ## # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # can be specified in the same block # and multiple blocks can be set. # # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): # Interface "eth1" "eth2" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # # Ip4Broadcast 255.255.255.255 # # IPv6 address scope to use. # Must be 'site-local' or 'global' # # Ip6AddrType site-local # # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # # Ip6MulticastSite ff05::11 # # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # # Ip6MulticastGlobal ff0e::1 # # # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # # Hello interval in seconds(float) HelloInterval 5.0 # # HELLO validity time HelloValidityTime 200.0 # # # TC interval in seconds(float) 0.5 is only viable when # LinkQualityFishEye is enabled. Otherwise larger networks would # suffocate from a massive protocol overhead of TC-messages # TcInterval 0.5 # TC validity time TcValidityTime 250.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 100.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 100.0 ## ## # If a certain route should be preferred or ignored by the mesh, the # Link Quality value of a node can be multiplied with a factor entered # here. In the example the route using 192.168.0.1 would rather be # ignored. A multiplier of 0.5 will result in a small (bad) LinkQuality # value and a high (bad) ETX value. Note: Link quality multiplier is # used only when LinkQualityLevel is > 0. # LinkQualityMult 10.200.172.200 0.9 # This multiplier applies to all other nodes # LinkQualityMult default 0.8 } 1677 1676 2007-07-21T00:11:14Z Dako 4 wikitext text/x-wiki ====description des différents paramètres==== =====polling rate===== =====TcRedundancy===== La TC redundancy indique combien d'information de voisin devrait être introduite des messages de TC les valeurs que possibles sont : 0 - envoyez seulement les sélecteurs de MPR 1 - envoyez les sélecteurs MPR et les MPRs 2 - envoient a tous les voisins # par default la valeur est a 0 MultiPointRelais est une des autres 'optimization' notoires ; disponible dans RFC3626... mettez la valeur a off en mettant la valeur de redondance a 2 =====LinkQualityFishEye===== =====jikstra===== # Don't recalculate the Dijkstra-Table for every # incoming TC-Message from nodes more than n hops away - # Disable this algorithm in a huge mesh only if you are # interested to accelerate global warming with overheated CPUs # The first integer tells the algorithm to recalculate # the Dijkstra-table when a TC-Message arrives from a node # not more than n hops away. If set to 0 it will not # recalculate it upon incoming TCs # The second number (float) sets the time interval when # the Dijkstra table will be recalculated anyway. # Whatever comes first... ====un tableau pour comprendre les options==== {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |Intitulé | TestOlsr (rcwiki) | Rcng | OlsrV0.5 | Freifunk |- !AllowNoInt |yes |yes |yes |yes |- !ClearScreen |yes |yes |yes |yes |- !pollingrate |Default value 0.05 sec | | | |- !TcRedundancy |defaults to 0 |2 | | |- !MprCoverage | defaults to 1 | 7 | | |- !LinkQualityFishEye | x | 1 | | |- !LinkQualityWinSize | x | 100 | | |- !LinkQualityDijkstraLimit | x | 0 9.0 | | |- !LinkQualityLevel | 2 | 2 | | |- !UseHysteresis | no | no | | |} ====la bonne configuration==== =====olsrd.conf utilisé par reseaucitoyen avec olsr 5.0-..===== DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "eth1" { } ====autres exemples==== =====olsr.conf du test olsr de 2003===== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.1 TcRedundancy 2 MprCoverage 7 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 5.0 IpcConnect { MaxConnections 1 Host 127.0.0.1 Net 192.168.1.0 255.255.255.0 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 5.0 HelloValidityTime 20.0 TcInterval 2.0 TcValidityTime 30.0 MidInterval 15.0 MidValidityTime 30.0 HnaInterval 15.0 HnaValidityTime 30.0 } =====le fichiers olsrd.conf d une freifunk===== ################################################## ## Freifunk Default OLSRD.CONF ## ## olsr.org OLSR daemon config file ## ## onelektra at gmx dot net ## ################################################## # # Lines starting with a # are discarded # # This file was edited by Elektra and needs # olsrd-0.4.10 CVS or higher # # This file is an example of a typical configuration # for a huge (250 Nodes or more), reliable, scalable # routing-loop-free (well, almost :) and mostly static # network (regarding mobility) using the LQ extention # and FishEyeAlgorithm with LinkQualityDijkstraLimit # to reduce CPU-Overhead # # Debug level(0-9) # If set to 0 the daemon runs in the background # Use Debug level 0 on a embedded system - # debugging draws a lot of CPU-Power DebugLevel 1 # FishEyeAlgorithm - Disable only if you want to # experience routing loops :) # See the README about Fisheye in the olsrd-source LinkQualityFishEye 1 # Don't recalculate the Dijkstra-Table for every # incoming TC-Message from nodes more than n hops away - # Disable this algorithm in a huge mesh only if you are # interested to accelerate global warming with overheated CPUs # The first integer tells the algorithm to recalculate # the Dijkstra-table when a TC-Message arrives from a node # not more than n hops away. If set to 0 it will not # recalculate it upon incoming TCs # The second number (float) sets the time interval when # the Dijkstra table will be recalculated anyway. # Whatever comes first... LinkQualityDijkstraLimit 3 5.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Don't use this to announce an Internet Gateway - # rather use the dyn_gw plugin that checks wheter you are # actually a gateway or a black hole for other peoples # internet traffic... # Internet gateway: # 0.0.0.0 0.0.0.0 # more entries can be added: # 192.168.1.0 255.255.255.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available Willingness 7 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 1 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed #Net 192.168.1.0 255.255.255.0 } # Enable Hysteresis only if you want your routing table # to brake down every 5 seconds # Hysteresis is one of this fancy looking 'optimizations' # in RFC 3626 that don't work in real life # If unsure say "NO!" UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # # If you know what you are doing # you make sure that hysteresis # is completely SWITCHED OFF! # # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 # 100 is slow but stable... LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 # MultiPointRelais is another notorious # 'optimization' feature in RFC3626... # Switch it off by chosing redundancy value 2 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 # # Full coverage is the way to get rid of this # annoying 'optimization' MprCoverage 7 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: # This activates the HTTP Info plugin on port 8080 for # localhost only. LoadPlugin "httpinfo.so.0.1" { PlParam "port" "8080" PlParam "accept" "localhost" } # This plugin generates the information to make those fancy # 2D and 3D topology graphs #LoadPlugin "olsrd_dot_draw.so.0.3" #{ # PlParam "accept" "192.168.120.17" #} # This plugin announces that this node is a gateway into # other networks, it it actually is: #LoadPlugin "olsrd_dyn_gw.so.0.3" #{ # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # Example: dyn_gw params # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" #} # This plugin announces services available on your router: # Of course the configfile should be present... # LoadPlugin "olsrd_servicediscover.so.0.3" #{ # PlParam "configfile" "/etc/servicediscover.conf" #}; # Add more plugins here... # Finally, the interfaces section: # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # # can be specified in the same block # and multiple blocks can be set. # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth0" "eth1" "wlan0" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # Ip4Broadcast 255.255.255.255 # IPv6 address scope to use. # Must be 'site-local' or 'global' # Ip6AddrType site-local # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # Ip6MulticastSite ff05::11 # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # Ip6MulticastGlobal ff0e::1 # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # Hello interval in seconds(float) HelloInterval 5.0 # HELLO validity time HelloValidityTime 300.0 # TC interval in seconds(float) TcInterval 2.0 # TC validity time TcValidityTime 300.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 300.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 300.0 # When multiple links exist between hosts # the weight of interface is used to determine # the link to use. Normally the weight is # automatically calculated by olsrd based # on the characteristics of the interface, # but here you can specify a fixed value. # Olsrd will choose links with the lowest value. # Weight 0 } =====un fichiers de config d un olsr compilé a partir de source de openmesh===== # niveau de debug(0-9) # si vous mettez a 0 le daemon tourne en tache de fond DebugLevel 0 # Fisheye mechanism for TC messages 0=off, 1=on LinkQualityFishEye 1 # Don't recalculate the Dijkstra-table for every incoming topology # control packet. There is no need to recalculate the whole table # if a minor change occured several hops away. Small CPUs will start # to glow if you do this in a mesh of considerable size. Rather the table # should be recalculated if a change occured in the neighborhood # of this node. The first number is the number of hops. Nodes within # this number of hops trigger a recalculation of the table. If the # number is 0 no incoming topology control packet will trigger # a recalculation of the table. The second number (floating point!) # is the length ot the interval until the table is recalculated anyway. LinkQualityDijkstraLimit 1 6.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Internet gateway: 0.0.0.0 0.0.0.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available #Willingness 4 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 6 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed Net 192.168.16.0 255.255.255.0 } # Wether to use hysteresis or not # Hysteresis adds more robustness to the # link sensing but delays neighbor registration. # Used by default. 'yes' or 'no' # Do not use hysteresis with ETX! UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 MprCoverage 5 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: LoadPlugin "olsrd_dyn_gw.so.0.3" { # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # # Example: dyn_gw params # # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" } # #LoadPlugin "olsrd_httpinfo.so.0.1" #{ # PlParam "port" "8080" # PlParam "Net" "0.0.0.0 255.255.255.255" #} # ## # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # can be specified in the same block # and multiple blocks can be set. # # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): # Interface "eth1" "eth2" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # # Ip4Broadcast 255.255.255.255 # # IPv6 address scope to use. # Must be 'site-local' or 'global' # # Ip6AddrType site-local # # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # # Ip6MulticastSite ff05::11 # # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # # Ip6MulticastGlobal ff0e::1 # # # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # # Hello interval in seconds(float) HelloInterval 5.0 # # HELLO validity time HelloValidityTime 200.0 # # # TC interval in seconds(float) 0.5 is only viable when # LinkQualityFishEye is enabled. Otherwise larger networks would # suffocate from a massive protocol overhead of TC-messages # TcInterval 0.5 # TC validity time TcValidityTime 250.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 100.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 100.0 ## ## # If a certain route should be preferred or ignored by the mesh, the # Link Quality value of a node can be multiplied with a factor entered # here. In the example the route using 192.168.0.1 would rather be # ignored. A multiplier of 0.5 will result in a small (bad) LinkQuality # value and a high (bad) ETX value. Note: Link quality multiplier is # used only when LinkQualityLevel is > 0. # LinkQualityMult 10.200.172.200 0.9 # This multiplier applies to all other nodes # LinkQualityMult default 0.8 } 1678 1677 2007-07-21T00:15:07Z Dako 4 /* description des différents paramètres */ wikitext text/x-wiki ====description des différents paramètres==== =====AllowNoInt===== cette option permet de laisser olsr en standy by lorsqu il n y a plus d interfaces sans planter. pratique lors d' un /etc/init.d/networking restart ou d'une reconfiguraztion de carte radio =====polling rate===== =====TcRedundancy===== La TC redundancy indique combien d'information de voisin devrait être introduite des messages de TC les valeurs que possibles sont : 0 - envoyez seulement les sélecteurs de MPR 1 - envoyez les sélecteurs MPR et les MPRs 2 - envoient a tous les voisins # par default la valeur est a 0 MultiPointRelais est une des autres 'optimization' notoires ; disponible dans RFC3626... mettez la valeur a off en mettant la valeur de redondance a 2 =====LinkQualityFishEye===== =====jikstra===== # Don't recalculate the Dijkstra-Table for every # incoming TC-Message from nodes more than n hops away - # Disable this algorithm in a huge mesh only if you are # interested to accelerate global warming with overheated CPUs # The first integer tells the algorithm to recalculate # the Dijkstra-table when a TC-Message arrives from a node # not more than n hops away. If set to 0 it will not # recalculate it upon incoming TCs # The second number (float) sets the time interval when # the Dijkstra table will be recalculated anyway. # Whatever comes first... ====un tableau pour comprendre les options==== {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |Intitulé | TestOlsr (rcwiki) | Rcng | OlsrV0.5 | Freifunk |- !AllowNoInt |yes |yes |yes |yes |- !ClearScreen |yes |yes |yes |yes |- !pollingrate |Default value 0.05 sec | | | |- !TcRedundancy |defaults to 0 |2 | | |- !MprCoverage | defaults to 1 | 7 | | |- !LinkQualityFishEye | x | 1 | | |- !LinkQualityWinSize | x | 100 | | |- !LinkQualityDijkstraLimit | x | 0 9.0 | | |- !LinkQualityLevel | 2 | 2 | | |- !UseHysteresis | no | no | | |} ====la bonne configuration==== =====olsrd.conf utilisé par reseaucitoyen avec olsr 5.0-..===== DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "eth1" { } ====autres exemples==== =====olsr.conf du test olsr de 2003===== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.1 TcRedundancy 2 MprCoverage 7 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 5.0 IpcConnect { MaxConnections 1 Host 127.0.0.1 Net 192.168.1.0 255.255.255.0 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 5.0 HelloValidityTime 20.0 TcInterval 2.0 TcValidityTime 30.0 MidInterval 15.0 MidValidityTime 30.0 HnaInterval 15.0 HnaValidityTime 30.0 } =====le fichiers olsrd.conf d une freifunk===== ################################################## ## Freifunk Default OLSRD.CONF ## ## olsr.org OLSR daemon config file ## ## onelektra at gmx dot net ## ################################################## # # Lines starting with a # are discarded # # This file was edited by Elektra and needs # olsrd-0.4.10 CVS or higher # # This file is an example of a typical configuration # for a huge (250 Nodes or more), reliable, scalable # routing-loop-free (well, almost :) and mostly static # network (regarding mobility) using the LQ extention # and FishEyeAlgorithm with LinkQualityDijkstraLimit # to reduce CPU-Overhead # # Debug level(0-9) # If set to 0 the daemon runs in the background # Use Debug level 0 on a embedded system - # debugging draws a lot of CPU-Power DebugLevel 1 # FishEyeAlgorithm - Disable only if you want to # experience routing loops :) # See the README about Fisheye in the olsrd-source LinkQualityFishEye 1 # Don't recalculate the Dijkstra-Table for every # incoming TC-Message from nodes more than n hops away - # Disable this algorithm in a huge mesh only if you are # interested to accelerate global warming with overheated CPUs # The first integer tells the algorithm to recalculate # the Dijkstra-table when a TC-Message arrives from a node # not more than n hops away. If set to 0 it will not # recalculate it upon incoming TCs # The second number (float) sets the time interval when # the Dijkstra table will be recalculated anyway. # Whatever comes first... LinkQualityDijkstraLimit 3 5.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Don't use this to announce an Internet Gateway - # rather use the dyn_gw plugin that checks wheter you are # actually a gateway or a black hole for other peoples # internet traffic... # Internet gateway: # 0.0.0.0 0.0.0.0 # more entries can be added: # 192.168.1.0 255.255.255.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available Willingness 7 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 1 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed #Net 192.168.1.0 255.255.255.0 } # Enable Hysteresis only if you want your routing table # to brake down every 5 seconds # Hysteresis is one of this fancy looking 'optimizations' # in RFC 3626 that don't work in real life # If unsure say "NO!" UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # # If you know what you are doing # you make sure that hysteresis # is completely SWITCHED OFF! # # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 # 100 is slow but stable... LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 # MultiPointRelais is another notorious # 'optimization' feature in RFC3626... # Switch it off by chosing redundancy value 2 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 # # Full coverage is the way to get rid of this # annoying 'optimization' MprCoverage 7 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: # This activates the HTTP Info plugin on port 8080 for # localhost only. LoadPlugin "httpinfo.so.0.1" { PlParam "port" "8080" PlParam "accept" "localhost" } # This plugin generates the information to make those fancy # 2D and 3D topology graphs #LoadPlugin "olsrd_dot_draw.so.0.3" #{ # PlParam "accept" "192.168.120.17" #} # This plugin announces that this node is a gateway into # other networks, it it actually is: #LoadPlugin "olsrd_dyn_gw.so.0.3" #{ # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # Example: dyn_gw params # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" #} # This plugin announces services available on your router: # Of course the configfile should be present... # LoadPlugin "olsrd_servicediscover.so.0.3" #{ # PlParam "configfile" "/etc/servicediscover.conf" #}; # Add more plugins here... # Finally, the interfaces section: # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # # can be specified in the same block # and multiple blocks can be set. # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth0" "eth1" "wlan0" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # Ip4Broadcast 255.255.255.255 # IPv6 address scope to use. # Must be 'site-local' or 'global' # Ip6AddrType site-local # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # Ip6MulticastSite ff05::11 # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # Ip6MulticastGlobal ff0e::1 # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # Hello interval in seconds(float) HelloInterval 5.0 # HELLO validity time HelloValidityTime 300.0 # TC interval in seconds(float) TcInterval 2.0 # TC validity time TcValidityTime 300.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 300.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 300.0 # When multiple links exist between hosts # the weight of interface is used to determine # the link to use. Normally the weight is # automatically calculated by olsrd based # on the characteristics of the interface, # but here you can specify a fixed value. # Olsrd will choose links with the lowest value. # Weight 0 } =====un fichiers de config d un olsr compilé a partir de source de openmesh===== # niveau de debug(0-9) # si vous mettez a 0 le daemon tourne en tache de fond DebugLevel 0 # Fisheye mechanism for TC messages 0=off, 1=on LinkQualityFishEye 1 # Don't recalculate the Dijkstra-table for every incoming topology # control packet. There is no need to recalculate the whole table # if a minor change occured several hops away. Small CPUs will start # to glow if you do this in a mesh of considerable size. Rather the table # should be recalculated if a change occured in the neighborhood # of this node. The first number is the number of hops. Nodes within # this number of hops trigger a recalculation of the table. If the # number is 0 no incoming topology control packet will trigger # a recalculation of the table. The second number (floating point!) # is the length ot the interval until the table is recalculated anyway. LinkQualityDijkstraLimit 1 6.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Internet gateway: 0.0.0.0 0.0.0.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available #Willingness 4 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 6 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed Net 192.168.16.0 255.255.255.0 } # Wether to use hysteresis or not # Hysteresis adds more robustness to the # link sensing but delays neighbor registration. # Used by default. 'yes' or 'no' # Do not use hysteresis with ETX! UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 MprCoverage 5 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: LoadPlugin "olsrd_dyn_gw.so.0.3" { # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # # Example: dyn_gw params # # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" } # #LoadPlugin "olsrd_httpinfo.so.0.1" #{ # PlParam "port" "8080" # PlParam "Net" "0.0.0.0 255.255.255.255" #} # ## # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # can be specified in the same block # and multiple blocks can be set. # # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): # Interface "eth1" "eth2" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # # Ip4Broadcast 255.255.255.255 # # IPv6 address scope to use. # Must be 'site-local' or 'global' # # Ip6AddrType site-local # # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # # Ip6MulticastSite ff05::11 # # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # # Ip6MulticastGlobal ff0e::1 # # # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # # Hello interval in seconds(float) HelloInterval 5.0 # # HELLO validity time HelloValidityTime 200.0 # # # TC interval in seconds(float) 0.5 is only viable when # LinkQualityFishEye is enabled. Otherwise larger networks would # suffocate from a massive protocol overhead of TC-messages # TcInterval 0.5 # TC validity time TcValidityTime 250.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 100.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 100.0 ## ## # If a certain route should be preferred or ignored by the mesh, the # Link Quality value of a node can be multiplied with a factor entered # here. In the example the route using 192.168.0.1 would rather be # ignored. A multiplier of 0.5 will result in a small (bad) LinkQuality # value and a high (bad) ETX value. Note: Link quality multiplier is # used only when LinkQualityLevel is > 0. # LinkQualityMult 10.200.172.200 0.9 # This multiplier applies to all other nodes # LinkQualityMult default 0.8 } 1679 1678 2007-07-21T00:15:34Z Dako 4 /* AllowNoInt */ wikitext text/x-wiki ====description des différents paramètres==== =====AllowNoInt===== cette option permet de laisser olsr en standy by lorsqu il n y a plus d interfaces sans planter. pratique lors d' un /etc/init.d/networking restart ou d'une reconfiguraztion de carte radio. =====polling rate===== =====TcRedundancy===== La TC redundancy indique combien d'information de voisin devrait être introduite des messages de TC les valeurs que possibles sont : 0 - envoyez seulement les sélecteurs de MPR 1 - envoyez les sélecteurs MPR et les MPRs 2 - envoient a tous les voisins # par default la valeur est a 0 MultiPointRelais est une des autres 'optimization' notoires ; disponible dans RFC3626... mettez la valeur a off en mettant la valeur de redondance a 2 =====LinkQualityFishEye===== =====jikstra===== # Don't recalculate the Dijkstra-Table for every # incoming TC-Message from nodes more than n hops away - # Disable this algorithm in a huge mesh only if you are # interested to accelerate global warming with overheated CPUs # The first integer tells the algorithm to recalculate # the Dijkstra-table when a TC-Message arrives from a node # not more than n hops away. If set to 0 it will not # recalculate it upon incoming TCs # The second number (float) sets the time interval when # the Dijkstra table will be recalculated anyway. # Whatever comes first... ====un tableau pour comprendre les options==== {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |Intitulé | TestOlsr (rcwiki) | Rcng | OlsrV0.5 | Freifunk |- !AllowNoInt |yes |yes |yes |yes |- !ClearScreen |yes |yes |yes |yes |- !pollingrate |Default value 0.05 sec | | | |- !TcRedundancy |defaults to 0 |2 | | |- !MprCoverage | defaults to 1 | 7 | | |- !LinkQualityFishEye | x | 1 | | |- !LinkQualityWinSize | x | 100 | | |- !LinkQualityDijkstraLimit | x | 0 9.0 | | |- !LinkQualityLevel | 2 | 2 | | |- !UseHysteresis | no | no | | |} ====la bonne configuration==== =====olsrd.conf utilisé par reseaucitoyen avec olsr 5.0-..===== DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "eth1" { } ====autres exemples==== =====olsr.conf du test olsr de 2003===== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.1 TcRedundancy 2 MprCoverage 7 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 5.0 IpcConnect { MaxConnections 1 Host 127.0.0.1 Net 192.168.1.0 255.255.255.0 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 5.0 HelloValidityTime 20.0 TcInterval 2.0 TcValidityTime 30.0 MidInterval 15.0 MidValidityTime 30.0 HnaInterval 15.0 HnaValidityTime 30.0 } =====le fichiers olsrd.conf d une freifunk===== ################################################## ## Freifunk Default OLSRD.CONF ## ## olsr.org OLSR daemon config file ## ## onelektra at gmx dot net ## ################################################## # # Lines starting with a # are discarded # # This file was edited by Elektra and needs # olsrd-0.4.10 CVS or higher # # This file is an example of a typical configuration # for a huge (250 Nodes or more), reliable, scalable # routing-loop-free (well, almost :) and mostly static # network (regarding mobility) using the LQ extention # and FishEyeAlgorithm with LinkQualityDijkstraLimit # to reduce CPU-Overhead # # Debug level(0-9) # If set to 0 the daemon runs in the background # Use Debug level 0 on a embedded system - # debugging draws a lot of CPU-Power DebugLevel 1 # FishEyeAlgorithm - Disable only if you want to # experience routing loops :) # See the README about Fisheye in the olsrd-source LinkQualityFishEye 1 # Don't recalculate the Dijkstra-Table for every # incoming TC-Message from nodes more than n hops away - # Disable this algorithm in a huge mesh only if you are # interested to accelerate global warming with overheated CPUs # The first integer tells the algorithm to recalculate # the Dijkstra-table when a TC-Message arrives from a node # not more than n hops away. If set to 0 it will not # recalculate it upon incoming TCs # The second number (float) sets the time interval when # the Dijkstra table will be recalculated anyway. # Whatever comes first... LinkQualityDijkstraLimit 3 5.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Don't use this to announce an Internet Gateway - # rather use the dyn_gw plugin that checks wheter you are # actually a gateway or a black hole for other peoples # internet traffic... # Internet gateway: # 0.0.0.0 0.0.0.0 # more entries can be added: # 192.168.1.0 255.255.255.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available Willingness 7 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 1 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed #Net 192.168.1.0 255.255.255.0 } # Enable Hysteresis only if you want your routing table # to brake down every 5 seconds # Hysteresis is one of this fancy looking 'optimizations' # in RFC 3626 that don't work in real life # If unsure say "NO!" UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # # If you know what you are doing # you make sure that hysteresis # is completely SWITCHED OFF! # # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 # 100 is slow but stable... LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 # MultiPointRelais is another notorious # 'optimization' feature in RFC3626... # Switch it off by chosing redundancy value 2 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 # # Full coverage is the way to get rid of this # annoying 'optimization' MprCoverage 7 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: # This activates the HTTP Info plugin on port 8080 for # localhost only. LoadPlugin "httpinfo.so.0.1" { PlParam "port" "8080" PlParam "accept" "localhost" } # This plugin generates the information to make those fancy # 2D and 3D topology graphs #LoadPlugin "olsrd_dot_draw.so.0.3" #{ # PlParam "accept" "192.168.120.17" #} # This plugin announces that this node is a gateway into # other networks, it it actually is: #LoadPlugin "olsrd_dyn_gw.so.0.3" #{ # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # Example: dyn_gw params # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" #} # This plugin announces services available on your router: # Of course the configfile should be present... # LoadPlugin "olsrd_servicediscover.so.0.3" #{ # PlParam "configfile" "/etc/servicediscover.conf" #}; # Add more plugins here... # Finally, the interfaces section: # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # # can be specified in the same block # and multiple blocks can be set. # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth0" "eth1" "wlan0" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # Ip4Broadcast 255.255.255.255 # IPv6 address scope to use. # Must be 'site-local' or 'global' # Ip6AddrType site-local # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # Ip6MulticastSite ff05::11 # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # Ip6MulticastGlobal ff0e::1 # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # Hello interval in seconds(float) HelloInterval 5.0 # HELLO validity time HelloValidityTime 300.0 # TC interval in seconds(float) TcInterval 2.0 # TC validity time TcValidityTime 300.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 300.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 300.0 # When multiple links exist between hosts # the weight of interface is used to determine # the link to use. Normally the weight is # automatically calculated by olsrd based # on the characteristics of the interface, # but here you can specify a fixed value. # Olsrd will choose links with the lowest value. # Weight 0 } =====un fichiers de config d un olsr compilé a partir de source de openmesh===== # niveau de debug(0-9) # si vous mettez a 0 le daemon tourne en tache de fond DebugLevel 0 # Fisheye mechanism for TC messages 0=off, 1=on LinkQualityFishEye 1 # Don't recalculate the Dijkstra-table for every incoming topology # control packet. There is no need to recalculate the whole table # if a minor change occured several hops away. Small CPUs will start # to glow if you do this in a mesh of considerable size. Rather the table # should be recalculated if a change occured in the neighborhood # of this node. The first number is the number of hops. Nodes within # this number of hops trigger a recalculation of the table. If the # number is 0 no incoming topology control packet will trigger # a recalculation of the table. The second number (floating point!) # is the length ot the interval until the table is recalculated anyway. LinkQualityDijkstraLimit 1 6.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Internet gateway: 0.0.0.0 0.0.0.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available #Willingness 4 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 6 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed Net 192.168.16.0 255.255.255.0 } # Wether to use hysteresis or not # Hysteresis adds more robustness to the # link sensing but delays neighbor registration. # Used by default. 'yes' or 'no' # Do not use hysteresis with ETX! UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 MprCoverage 5 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: LoadPlugin "olsrd_dyn_gw.so.0.3" { # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # # Example: dyn_gw params # # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" } # #LoadPlugin "olsrd_httpinfo.so.0.1" #{ # PlParam "port" "8080" # PlParam "Net" "0.0.0.0 255.255.255.255" #} # ## # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # can be specified in the same block # and multiple blocks can be set. # # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): # Interface "eth1" "eth2" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # # Ip4Broadcast 255.255.255.255 # # IPv6 address scope to use. # Must be 'site-local' or 'global' # # Ip6AddrType site-local # # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # # Ip6MulticastSite ff05::11 # # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # # Ip6MulticastGlobal ff0e::1 # # # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # # Hello interval in seconds(float) HelloInterval 5.0 # # HELLO validity time HelloValidityTime 200.0 # # # TC interval in seconds(float) 0.5 is only viable when # LinkQualityFishEye is enabled. Otherwise larger networks would # suffocate from a massive protocol overhead of TC-messages # TcInterval 0.5 # TC validity time TcValidityTime 250.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 100.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 100.0 ## ## # If a certain route should be preferred or ignored by the mesh, the # Link Quality value of a node can be multiplied with a factor entered # here. In the example the route using 192.168.0.1 would rather be # ignored. A multiplier of 0.5 will result in a small (bad) LinkQuality # value and a high (bad) ETX value. Note: Link quality multiplier is # used only when LinkQualityLevel is > 0. # LinkQualityMult 10.200.172.200 0.9 # This multiplier applies to all other nodes # LinkQualityMult default 0.8 } 1680 1679 2007-07-21T00:16:08Z Dako 4 /* un tableau pour comprendre les options */ wikitext text/x-wiki ====description des différents paramètres==== =====AllowNoInt===== cette option permet de laisser olsr en standy by lorsqu il n y a plus d interfaces sans planter. pratique lors d' un /etc/init.d/networking restart ou d'une reconfiguraztion de carte radio. =====polling rate===== =====TcRedundancy===== La TC redundancy indique combien d'information de voisin devrait être introduite des messages de TC les valeurs que possibles sont : 0 - envoyez seulement les sélecteurs de MPR 1 - envoyez les sélecteurs MPR et les MPRs 2 - envoient a tous les voisins # par default la valeur est a 0 MultiPointRelais est une des autres 'optimization' notoires ; disponible dans RFC3626... mettez la valeur a off en mettant la valeur de redondance a 2 =====LinkQualityFishEye===== =====jikstra===== # Don't recalculate the Dijkstra-Table for every # incoming TC-Message from nodes more than n hops away - # Disable this algorithm in a huge mesh only if you are # interested to accelerate global warming with overheated CPUs # The first integer tells the algorithm to recalculate # the Dijkstra-table when a TC-Message arrives from a node # not more than n hops away. If set to 0 it will not # recalculate it upon incoming TCs # The second number (float) sets the time interval when # the Dijkstra table will be recalculated anyway. # Whatever comes first... ====un tableau pour comprendre les options==== {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |Intitulé | TestOlsr (rcwiki) | Rcng | OlsrV0.5 | Freifunk |- ![[AllowNoInt|#AllowNoInt]] |yes |yes |yes |yes |- !ClearScreen |yes |yes |yes |yes |- !pollingrate |Default value 0.05 sec | | | |- !TcRedundancy |defaults to 0 |2 | | |- !MprCoverage | defaults to 1 | 7 | | |- !LinkQualityFishEye | x | 1 | | |- !LinkQualityWinSize | x | 100 | | |- !LinkQualityDijkstraLimit | x | 0 9.0 | | |- !LinkQualityLevel | 2 | 2 | | |- !UseHysteresis | no | no | | |} ====la bonne configuration==== =====olsrd.conf utilisé par reseaucitoyen avec olsr 5.0-..===== DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "eth1" { } ====autres exemples==== =====olsr.conf du test olsr de 2003===== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.1 TcRedundancy 2 MprCoverage 7 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 5.0 IpcConnect { MaxConnections 1 Host 127.0.0.1 Net 192.168.1.0 255.255.255.0 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 5.0 HelloValidityTime 20.0 TcInterval 2.0 TcValidityTime 30.0 MidInterval 15.0 MidValidityTime 30.0 HnaInterval 15.0 HnaValidityTime 30.0 } =====le fichiers olsrd.conf d une freifunk===== ################################################## ## Freifunk Default OLSRD.CONF ## ## olsr.org OLSR daemon config file ## ## onelektra at gmx dot net ## ################################################## # # Lines starting with a # are discarded # # This file was edited by Elektra and needs # olsrd-0.4.10 CVS or higher # # This file is an example of a typical configuration # for a huge (250 Nodes or more), reliable, scalable # routing-loop-free (well, almost :) and mostly static # network (regarding mobility) using the LQ extention # and FishEyeAlgorithm with LinkQualityDijkstraLimit # to reduce CPU-Overhead # # Debug level(0-9) # If set to 0 the daemon runs in the background # Use Debug level 0 on a embedded system - # debugging draws a lot of CPU-Power DebugLevel 1 # FishEyeAlgorithm - Disable only if you want to # experience routing loops :) # See the README about Fisheye in the olsrd-source LinkQualityFishEye 1 # Don't recalculate the Dijkstra-Table for every # incoming TC-Message from nodes more than n hops away - # Disable this algorithm in a huge mesh only if you are # interested to accelerate global warming with overheated CPUs # The first integer tells the algorithm to recalculate # the Dijkstra-table when a TC-Message arrives from a node # not more than n hops away. If set to 0 it will not # recalculate it upon incoming TCs # The second number (float) sets the time interval when # the Dijkstra table will be recalculated anyway. # Whatever comes first... LinkQualityDijkstraLimit 3 5.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Don't use this to announce an Internet Gateway - # rather use the dyn_gw plugin that checks wheter you are # actually a gateway or a black hole for other peoples # internet traffic... # Internet gateway: # 0.0.0.0 0.0.0.0 # more entries can be added: # 192.168.1.0 255.255.255.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available Willingness 7 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 1 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed #Net 192.168.1.0 255.255.255.0 } # Enable Hysteresis only if you want your routing table # to brake down every 5 seconds # Hysteresis is one of this fancy looking 'optimizations' # in RFC 3626 that don't work in real life # If unsure say "NO!" UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # # If you know what you are doing # you make sure that hysteresis # is completely SWITCHED OFF! # # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 # 100 is slow but stable... LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 # MultiPointRelais is another notorious # 'optimization' feature in RFC3626... # Switch it off by chosing redundancy value 2 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 # # Full coverage is the way to get rid of this # annoying 'optimization' MprCoverage 7 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: # This activates the HTTP Info plugin on port 8080 for # localhost only. LoadPlugin "httpinfo.so.0.1" { PlParam "port" "8080" PlParam "accept" "localhost" } # This plugin generates the information to make those fancy # 2D and 3D topology graphs #LoadPlugin "olsrd_dot_draw.so.0.3" #{ # PlParam "accept" "192.168.120.17" #} # This plugin announces that this node is a gateway into # other networks, it it actually is: #LoadPlugin "olsrd_dyn_gw.so.0.3" #{ # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # Example: dyn_gw params # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" #} # This plugin announces services available on your router: # Of course the configfile should be present... # LoadPlugin "olsrd_servicediscover.so.0.3" #{ # PlParam "configfile" "/etc/servicediscover.conf" #}; # Add more plugins here... # Finally, the interfaces section: # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # # can be specified in the same block # and multiple blocks can be set. # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth0" "eth1" "wlan0" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # Ip4Broadcast 255.255.255.255 # IPv6 address scope to use. # Must be 'site-local' or 'global' # Ip6AddrType site-local # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # Ip6MulticastSite ff05::11 # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # Ip6MulticastGlobal ff0e::1 # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # Hello interval in seconds(float) HelloInterval 5.0 # HELLO validity time HelloValidityTime 300.0 # TC interval in seconds(float) TcInterval 2.0 # TC validity time TcValidityTime 300.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 300.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 300.0 # When multiple links exist between hosts # the weight of interface is used to determine # the link to use. Normally the weight is # automatically calculated by olsrd based # on the characteristics of the interface, # but here you can specify a fixed value. # Olsrd will choose links with the lowest value. # Weight 0 } =====un fichiers de config d un olsr compilé a partir de source de openmesh===== # niveau de debug(0-9) # si vous mettez a 0 le daemon tourne en tache de fond DebugLevel 0 # Fisheye mechanism for TC messages 0=off, 1=on LinkQualityFishEye 1 # Don't recalculate the Dijkstra-table for every incoming topology # control packet. There is no need to recalculate the whole table # if a minor change occured several hops away. Small CPUs will start # to glow if you do this in a mesh of considerable size. Rather the table # should be recalculated if a change occured in the neighborhood # of this node. The first number is the number of hops. Nodes within # this number of hops trigger a recalculation of the table. If the # number is 0 no incoming topology control packet will trigger # a recalculation of the table. The second number (floating point!) # is the length ot the interval until the table is recalculated anyway. LinkQualityDijkstraLimit 1 6.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Internet gateway: 0.0.0.0 0.0.0.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available #Willingness 4 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 6 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed Net 192.168.16.0 255.255.255.0 } # Wether to use hysteresis or not # Hysteresis adds more robustness to the # link sensing but delays neighbor registration. # Used by default. 'yes' or 'no' # Do not use hysteresis with ETX! UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 MprCoverage 5 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: LoadPlugin "olsrd_dyn_gw.so.0.3" { # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # # Example: dyn_gw params # # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" } # #LoadPlugin "olsrd_httpinfo.so.0.1" #{ # PlParam "port" "8080" # PlParam "Net" "0.0.0.0 255.255.255.255" #} # ## # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # can be specified in the same block # and multiple blocks can be set. # # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): # Interface "eth1" "eth2" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # # Ip4Broadcast 255.255.255.255 # # IPv6 address scope to use. # Must be 'site-local' or 'global' # # Ip6AddrType site-local # # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # # Ip6MulticastSite ff05::11 # # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # # Ip6MulticastGlobal ff0e::1 # # # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # # Hello interval in seconds(float) HelloInterval 5.0 # # HELLO validity time HelloValidityTime 200.0 # # # TC interval in seconds(float) 0.5 is only viable when # LinkQualityFishEye is enabled. Otherwise larger networks would # suffocate from a massive protocol overhead of TC-messages # TcInterval 0.5 # TC validity time TcValidityTime 250.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 100.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 100.0 ## ## # If a certain route should be preferred or ignored by the mesh, the # Link Quality value of a node can be multiplied with a factor entered # here. In the example the route using 192.168.0.1 would rather be # ignored. A multiplier of 0.5 will result in a small (bad) LinkQuality # value and a high (bad) ETX value. Note: Link quality multiplier is # used only when LinkQualityLevel is > 0. # LinkQualityMult 10.200.172.200 0.9 # This multiplier applies to all other nodes # LinkQualityMult default 0.8 } 1681 1680 2007-07-21T00:16:36Z Dako 4 /* un tableau pour comprendre les options */ wikitext text/x-wiki ====description des différents paramètres==== =====AllowNoInt===== cette option permet de laisser olsr en standy by lorsqu il n y a plus d interfaces sans planter. pratique lors d' un /etc/init.d/networking restart ou d'une reconfiguraztion de carte radio. =====polling rate===== =====TcRedundancy===== La TC redundancy indique combien d'information de voisin devrait être introduite des messages de TC les valeurs que possibles sont : 0 - envoyez seulement les sélecteurs de MPR 1 - envoyez les sélecteurs MPR et les MPRs 2 - envoient a tous les voisins # par default la valeur est a 0 MultiPointRelais est une des autres 'optimization' notoires ; disponible dans RFC3626... mettez la valeur a off en mettant la valeur de redondance a 2 =====LinkQualityFishEye===== =====jikstra===== # Don't recalculate the Dijkstra-Table for every # incoming TC-Message from nodes more than n hops away - # Disable this algorithm in a huge mesh only if you are # interested to accelerate global warming with overheated CPUs # The first integer tells the algorithm to recalculate # the Dijkstra-table when a TC-Message arrives from a node # not more than n hops away. If set to 0 it will not # recalculate it upon incoming TCs # The second number (float) sets the time interval when # the Dijkstra table will be recalculated anyway. # Whatever comes first... ====un tableau pour comprendre les options==== {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |Intitulé | TestOlsr (rcwiki) | Rcng | OlsrV0.5 | Freifunk |- ![[AllowNoInt #AllowNoInt]] |yes |yes |yes |yes |- !ClearScreen |yes |yes |yes |yes |- !pollingrate |Default value 0.05 sec | | | |- !TcRedundancy |defaults to 0 |2 | | |- !MprCoverage | defaults to 1 | 7 | | |- !LinkQualityFishEye | x | 1 | | |- !LinkQualityWinSize | x | 100 | | |- !LinkQualityDijkstraLimit | x | 0 9.0 | | |- !LinkQualityLevel | 2 | 2 | | |- !UseHysteresis | no | no | | |} ====la bonne configuration==== =====olsrd.conf utilisé par reseaucitoyen avec olsr 5.0-..===== DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "eth1" { } ====autres exemples==== =====olsr.conf du test olsr de 2003===== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.1 TcRedundancy 2 MprCoverage 7 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 5.0 IpcConnect { MaxConnections 1 Host 127.0.0.1 Net 192.168.1.0 255.255.255.0 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 5.0 HelloValidityTime 20.0 TcInterval 2.0 TcValidityTime 30.0 MidInterval 15.0 MidValidityTime 30.0 HnaInterval 15.0 HnaValidityTime 30.0 } =====le fichiers olsrd.conf d une freifunk===== ################################################## ## Freifunk Default OLSRD.CONF ## ## olsr.org OLSR daemon config file ## ## onelektra at gmx dot net ## ################################################## # # Lines starting with a # are discarded # # This file was edited by Elektra and needs # olsrd-0.4.10 CVS or higher # # This file is an example of a typical configuration # for a huge (250 Nodes or more), reliable, scalable # routing-loop-free (well, almost :) and mostly static # network (regarding mobility) using the LQ extention # and FishEyeAlgorithm with LinkQualityDijkstraLimit # to reduce CPU-Overhead # # Debug level(0-9) # If set to 0 the daemon runs in the background # Use Debug level 0 on a embedded system - # debugging draws a lot of CPU-Power DebugLevel 1 # FishEyeAlgorithm - Disable only if you want to # experience routing loops :) # See the README about Fisheye in the olsrd-source LinkQualityFishEye 1 # Don't recalculate the Dijkstra-Table for every # incoming TC-Message from nodes more than n hops away - # Disable this algorithm in a huge mesh only if you are # interested to accelerate global warming with overheated CPUs # The first integer tells the algorithm to recalculate # the Dijkstra-table when a TC-Message arrives from a node # not more than n hops away. If set to 0 it will not # recalculate it upon incoming TCs # The second number (float) sets the time interval when # the Dijkstra table will be recalculated anyway. # Whatever comes first... LinkQualityDijkstraLimit 3 5.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Don't use this to announce an Internet Gateway - # rather use the dyn_gw plugin that checks wheter you are # actually a gateway or a black hole for other peoples # internet traffic... # Internet gateway: # 0.0.0.0 0.0.0.0 # more entries can be added: # 192.168.1.0 255.255.255.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available Willingness 7 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 1 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed #Net 192.168.1.0 255.255.255.0 } # Enable Hysteresis only if you want your routing table # to brake down every 5 seconds # Hysteresis is one of this fancy looking 'optimizations' # in RFC 3626 that don't work in real life # If unsure say "NO!" UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # # If you know what you are doing # you make sure that hysteresis # is completely SWITCHED OFF! # # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 # 100 is slow but stable... LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 # MultiPointRelais is another notorious # 'optimization' feature in RFC3626... # Switch it off by chosing redundancy value 2 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 # # Full coverage is the way to get rid of this # annoying 'optimization' MprCoverage 7 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: # This activates the HTTP Info plugin on port 8080 for # localhost only. LoadPlugin "httpinfo.so.0.1" { PlParam "port" "8080" PlParam "accept" "localhost" } # This plugin generates the information to make those fancy # 2D and 3D topology graphs #LoadPlugin "olsrd_dot_draw.so.0.3" #{ # PlParam "accept" "192.168.120.17" #} # This plugin announces that this node is a gateway into # other networks, it it actually is: #LoadPlugin "olsrd_dyn_gw.so.0.3" #{ # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # Example: dyn_gw params # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" #} # This plugin announces services available on your router: # Of course the configfile should be present... # LoadPlugin "olsrd_servicediscover.so.0.3" #{ # PlParam "configfile" "/etc/servicediscover.conf" #}; # Add more plugins here... # Finally, the interfaces section: # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # # can be specified in the same block # and multiple blocks can be set. # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth0" "eth1" "wlan0" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # Ip4Broadcast 255.255.255.255 # IPv6 address scope to use. # Must be 'site-local' or 'global' # Ip6AddrType site-local # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # Ip6MulticastSite ff05::11 # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # Ip6MulticastGlobal ff0e::1 # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # Hello interval in seconds(float) HelloInterval 5.0 # HELLO validity time HelloValidityTime 300.0 # TC interval in seconds(float) TcInterval 2.0 # TC validity time TcValidityTime 300.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 300.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 300.0 # When multiple links exist between hosts # the weight of interface is used to determine # the link to use. Normally the weight is # automatically calculated by olsrd based # on the characteristics of the interface, # but here you can specify a fixed value. # Olsrd will choose links with the lowest value. # Weight 0 } =====un fichiers de config d un olsr compilé a partir de source de openmesh===== # niveau de debug(0-9) # si vous mettez a 0 le daemon tourne en tache de fond DebugLevel 0 # Fisheye mechanism for TC messages 0=off, 1=on LinkQualityFishEye 1 # Don't recalculate the Dijkstra-table for every incoming topology # control packet. There is no need to recalculate the whole table # if a minor change occured several hops away. Small CPUs will start # to glow if you do this in a mesh of considerable size. Rather the table # should be recalculated if a change occured in the neighborhood # of this node. The first number is the number of hops. Nodes within # this number of hops trigger a recalculation of the table. If the # number is 0 no incoming topology control packet will trigger # a recalculation of the table. The second number (floating point!) # is the length ot the interval until the table is recalculated anyway. LinkQualityDijkstraLimit 1 6.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Internet gateway: 0.0.0.0 0.0.0.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available #Willingness 4 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 6 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed Net 192.168.16.0 255.255.255.0 } # Wether to use hysteresis or not # Hysteresis adds more robustness to the # link sensing but delays neighbor registration. # Used by default. 'yes' or 'no' # Do not use hysteresis with ETX! UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 MprCoverage 5 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: LoadPlugin "olsrd_dyn_gw.so.0.3" { # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # # Example: dyn_gw params # # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" } # #LoadPlugin "olsrd_httpinfo.so.0.1" #{ # PlParam "port" "8080" # PlParam "Net" "0.0.0.0 255.255.255.255" #} # ## # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # can be specified in the same block # and multiple blocks can be set. # # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): # Interface "eth1" "eth2" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # # Ip4Broadcast 255.255.255.255 # # IPv6 address scope to use. # Must be 'site-local' or 'global' # # Ip6AddrType site-local # # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # # Ip6MulticastSite ff05::11 # # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # # Ip6MulticastGlobal ff0e::1 # # # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # # Hello interval in seconds(float) HelloInterval 5.0 # # HELLO validity time HelloValidityTime 200.0 # # # TC interval in seconds(float) 0.5 is only viable when # LinkQualityFishEye is enabled. Otherwise larger networks would # suffocate from a massive protocol overhead of TC-messages # TcInterval 0.5 # TC validity time TcValidityTime 250.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 100.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 100.0 ## ## # If a certain route should be preferred or ignored by the mesh, the # Link Quality value of a node can be multiplied with a factor entered # here. In the example the route using 192.168.0.1 would rather be # ignored. A multiplier of 0.5 will result in a small (bad) LinkQuality # value and a high (bad) ETX value. Note: Link quality multiplier is # used only when LinkQualityLevel is > 0. # LinkQualityMult 10.200.172.200 0.9 # This multiplier applies to all other nodes # LinkQualityMult default 0.8 } 1682 1681 2007-07-21T00:17:19Z Dako 4 /* un tableau pour comprendre les options */ wikitext text/x-wiki ====description des différents paramètres==== =====AllowNoInt===== cette option permet de laisser olsr en standy by lorsqu il n y a plus d interfaces sans planter. pratique lors d' un /etc/init.d/networking restart ou d'une reconfiguraztion de carte radio. =====polling rate===== =====TcRedundancy===== La TC redundancy indique combien d'information de voisin devrait être introduite des messages de TC les valeurs que possibles sont : 0 - envoyez seulement les sélecteurs de MPR 1 - envoyez les sélecteurs MPR et les MPRs 2 - envoient a tous les voisins # par default la valeur est a 0 MultiPointRelais est une des autres 'optimization' notoires ; disponible dans RFC3626... mettez la valeur a off en mettant la valeur de redondance a 2 =====LinkQualityFishEye===== =====jikstra===== # Don't recalculate the Dijkstra-Table for every # incoming TC-Message from nodes more than n hops away - # Disable this algorithm in a huge mesh only if you are # interested to accelerate global warming with overheated CPUs # The first integer tells the algorithm to recalculate # the Dijkstra-table when a TC-Message arrives from a node # not more than n hops away. If set to 0 it will not # recalculate it upon incoming TCs # The second number (float) sets the time interval when # the Dijkstra table will be recalculated anyway. # Whatever comes first... ====un tableau pour comprendre les options==== {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |Intitulé | TestOlsr (rcwiki) | Rcng | OlsrV0.5 | Freifunk |- ![[http://www.e-bulles.be/bubble/Olsr.conf#AllowNoInt AllowNoInt]] |yes |yes |yes |yes |- !ClearScreen |yes |yes |yes |yes |- !pollingrate |Default value 0.05 sec | | | |- !TcRedundancy |defaults to 0 |2 | | |- !MprCoverage | defaults to 1 | 7 | | |- !LinkQualityFishEye | x | 1 | | |- !LinkQualityWinSize | x | 100 | | |- !LinkQualityDijkstraLimit | x | 0 9.0 | | |- !LinkQualityLevel | 2 | 2 | | |- !UseHysteresis | no | no | | |} ====la bonne configuration==== =====olsrd.conf utilisé par reseaucitoyen avec olsr 5.0-..===== DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "eth1" { } ====autres exemples==== =====olsr.conf du test olsr de 2003===== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.1 TcRedundancy 2 MprCoverage 7 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 5.0 IpcConnect { MaxConnections 1 Host 127.0.0.1 Net 192.168.1.0 255.255.255.0 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 5.0 HelloValidityTime 20.0 TcInterval 2.0 TcValidityTime 30.0 MidInterval 15.0 MidValidityTime 30.0 HnaInterval 15.0 HnaValidityTime 30.0 } =====le fichiers olsrd.conf d une freifunk===== ################################################## ## Freifunk Default OLSRD.CONF ## ## olsr.org OLSR daemon config file ## ## onelektra at gmx dot net ## ################################################## # # Lines starting with a # are discarded # # This file was edited by Elektra and needs # olsrd-0.4.10 CVS or higher # # This file is an example of a typical configuration # for a huge (250 Nodes or more), reliable, scalable # routing-loop-free (well, almost :) and mostly static # network (regarding mobility) using the LQ extention # and FishEyeAlgorithm with LinkQualityDijkstraLimit # to reduce CPU-Overhead # # Debug level(0-9) # If set to 0 the daemon runs in the background # Use Debug level 0 on a embedded system - # debugging draws a lot of CPU-Power DebugLevel 1 # FishEyeAlgorithm - Disable only if you want to # experience routing loops :) # See the README about Fisheye in the olsrd-source LinkQualityFishEye 1 # Don't recalculate the Dijkstra-Table for every # incoming TC-Message from nodes more than n hops away - # Disable this algorithm in a huge mesh only if you are # interested to accelerate global warming with overheated CPUs # The first integer tells the algorithm to recalculate # the Dijkstra-table when a TC-Message arrives from a node # not more than n hops away. If set to 0 it will not # recalculate it upon incoming TCs # The second number (float) sets the time interval when # the Dijkstra table will be recalculated anyway. # Whatever comes first... LinkQualityDijkstraLimit 3 5.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Don't use this to announce an Internet Gateway - # rather use the dyn_gw plugin that checks wheter you are # actually a gateway or a black hole for other peoples # internet traffic... # Internet gateway: # 0.0.0.0 0.0.0.0 # more entries can be added: # 192.168.1.0 255.255.255.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available Willingness 7 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 1 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed #Net 192.168.1.0 255.255.255.0 } # Enable Hysteresis only if you want your routing table # to brake down every 5 seconds # Hysteresis is one of this fancy looking 'optimizations' # in RFC 3626 that don't work in real life # If unsure say "NO!" UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # # If you know what you are doing # you make sure that hysteresis # is completely SWITCHED OFF! # # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 # 100 is slow but stable... LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 # MultiPointRelais is another notorious # 'optimization' feature in RFC3626... # Switch it off by chosing redundancy value 2 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 # # Full coverage is the way to get rid of this # annoying 'optimization' MprCoverage 7 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: # This activates the HTTP Info plugin on port 8080 for # localhost only. LoadPlugin "httpinfo.so.0.1" { PlParam "port" "8080" PlParam "accept" "localhost" } # This plugin generates the information to make those fancy # 2D and 3D topology graphs #LoadPlugin "olsrd_dot_draw.so.0.3" #{ # PlParam "accept" "192.168.120.17" #} # This plugin announces that this node is a gateway into # other networks, it it actually is: #LoadPlugin "olsrd_dyn_gw.so.0.3" #{ # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # Example: dyn_gw params # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" #} # This plugin announces services available on your router: # Of course the configfile should be present... # LoadPlugin "olsrd_servicediscover.so.0.3" #{ # PlParam "configfile" "/etc/servicediscover.conf" #}; # Add more plugins here... # Finally, the interfaces section: # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # # can be specified in the same block # and multiple blocks can be set. # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth0" "eth1" "wlan0" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # Ip4Broadcast 255.255.255.255 # IPv6 address scope to use. # Must be 'site-local' or 'global' # Ip6AddrType site-local # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # Ip6MulticastSite ff05::11 # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # Ip6MulticastGlobal ff0e::1 # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # Hello interval in seconds(float) HelloInterval 5.0 # HELLO validity time HelloValidityTime 300.0 # TC interval in seconds(float) TcInterval 2.0 # TC validity time TcValidityTime 300.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 300.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 300.0 # When multiple links exist between hosts # the weight of interface is used to determine # the link to use. Normally the weight is # automatically calculated by olsrd based # on the characteristics of the interface, # but here you can specify a fixed value. # Olsrd will choose links with the lowest value. # Weight 0 } =====un fichiers de config d un olsr compilé a partir de source de openmesh===== # niveau de debug(0-9) # si vous mettez a 0 le daemon tourne en tache de fond DebugLevel 0 # Fisheye mechanism for TC messages 0=off, 1=on LinkQualityFishEye 1 # Don't recalculate the Dijkstra-table for every incoming topology # control packet. There is no need to recalculate the whole table # if a minor change occured several hops away. Small CPUs will start # to glow if you do this in a mesh of considerable size. Rather the table # should be recalculated if a change occured in the neighborhood # of this node. The first number is the number of hops. Nodes within # this number of hops trigger a recalculation of the table. If the # number is 0 no incoming topology control packet will trigger # a recalculation of the table. The second number (floating point!) # is the length ot the interval until the table is recalculated anyway. LinkQualityDijkstraLimit 1 6.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Internet gateway: 0.0.0.0 0.0.0.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available #Willingness 4 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 6 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed Net 192.168.16.0 255.255.255.0 } # Wether to use hysteresis or not # Hysteresis adds more robustness to the # link sensing but delays neighbor registration. # Used by default. 'yes' or 'no' # Do not use hysteresis with ETX! UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 MprCoverage 5 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: LoadPlugin "olsrd_dyn_gw.so.0.3" { # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # # Example: dyn_gw params # # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" } # #LoadPlugin "olsrd_httpinfo.so.0.1" #{ # PlParam "port" "8080" # PlParam "Net" "0.0.0.0 255.255.255.255" #} # ## # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # can be specified in the same block # and multiple blocks can be set. # # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): # Interface "eth1" "eth2" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # # Ip4Broadcast 255.255.255.255 # # IPv6 address scope to use. # Must be 'site-local' or 'global' # # Ip6AddrType site-local # # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # # Ip6MulticastSite ff05::11 # # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # # Ip6MulticastGlobal ff0e::1 # # # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # # Hello interval in seconds(float) HelloInterval 5.0 # # HELLO validity time HelloValidityTime 200.0 # # # TC interval in seconds(float) 0.5 is only viable when # LinkQualityFishEye is enabled. Otherwise larger networks would # suffocate from a massive protocol overhead of TC-messages # TcInterval 0.5 # TC validity time TcValidityTime 250.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 100.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 100.0 ## ## # If a certain route should be preferred or ignored by the mesh, the # Link Quality value of a node can be multiplied with a factor entered # here. In the example the route using 192.168.0.1 would rather be # ignored. A multiplier of 0.5 will result in a small (bad) LinkQuality # value and a high (bad) ETX value. Note: Link quality multiplier is # used only when LinkQualityLevel is > 0. # LinkQualityMult 10.200.172.200 0.9 # This multiplier applies to all other nodes # LinkQualityMult default 0.8 } 1683 1682 2007-07-21T00:19:12Z Dako 4 /* un tableau pour comprendre les options */ wikitext text/x-wiki ====description des différents paramètres==== =====AllowNoInt===== cette option permet de laisser olsr en standy by lorsqu il n y a plus d interfaces sans planter. pratique lors d' un /etc/init.d/networking restart ou d'une reconfiguraztion de carte radio. =====polling rate===== =====TcRedundancy===== La TC redundancy indique combien d'information de voisin devrait être introduite des messages de TC les valeurs que possibles sont : 0 - envoyez seulement les sélecteurs de MPR 1 - envoyez les sélecteurs MPR et les MPRs 2 - envoient a tous les voisins # par default la valeur est a 0 MultiPointRelais est une des autres 'optimization' notoires ; disponible dans RFC3626... mettez la valeur a off en mettant la valeur de redondance a 2 =====LinkQualityFishEye===== =====jikstra===== # Don't recalculate the Dijkstra-Table for every # incoming TC-Message from nodes more than n hops away - # Disable this algorithm in a huge mesh only if you are # interested to accelerate global warming with overheated CPUs # The first integer tells the algorithm to recalculate # the Dijkstra-table when a TC-Message arrives from a node # not more than n hops away. If set to 0 it will not # recalculate it upon incoming TCs # The second number (float) sets the time interval when # the Dijkstra table will be recalculated anyway. # Whatever comes first... ====un tableau pour comprendre les options==== {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |Intitulé | TestOlsr (rcwiki) | Rcng | OlsrV0.5 | Freifunk |- ![http://www.e-bulles.be/bubble/Olsr.conf#AllowNoInt AllowNoInt] |yes |yes |yes |yes |- ![http://www.e-bulles.be/bubble/Olsr.conf#ClearScreen ClearScreen] |yes |yes |yes |yes |- ![http://www.e-bulles.be/bubble/Olsr.conf#PollingRate PollingRate] |Default value 0.05 sec | | | |- !TcRedundancy |defaults to 0 |2 | | |- !MprCoverage | defaults to 1 | 7 | | |- !LinkQualityFishEye | x | 1 | | |- !LinkQualityWinSize | x | 100 | | |- !LinkQualityDijkstraLimit | x | 0 9.0 | | |- !LinkQualityLevel | 2 | 2 | | |- !UseHysteresis | no | no | | |} ====la bonne configuration==== =====olsrd.conf utilisé par reseaucitoyen avec olsr 5.0-..===== DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "eth1" { } ====autres exemples==== =====olsr.conf du test olsr de 2003===== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.1 TcRedundancy 2 MprCoverage 7 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 5.0 IpcConnect { MaxConnections 1 Host 127.0.0.1 Net 192.168.1.0 255.255.255.0 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 5.0 HelloValidityTime 20.0 TcInterval 2.0 TcValidityTime 30.0 MidInterval 15.0 MidValidityTime 30.0 HnaInterval 15.0 HnaValidityTime 30.0 } =====le fichiers olsrd.conf d une freifunk===== ################################################## ## Freifunk Default OLSRD.CONF ## ## olsr.org OLSR daemon config file ## ## onelektra at gmx dot net ## ################################################## # # Lines starting with a # are discarded # # This file was edited by Elektra and needs # olsrd-0.4.10 CVS or higher # # This file is an example of a typical configuration # for a huge (250 Nodes or more), reliable, scalable # routing-loop-free (well, almost :) and mostly static # network (regarding mobility) using the LQ extention # and FishEyeAlgorithm with LinkQualityDijkstraLimit # to reduce CPU-Overhead # # Debug level(0-9) # If set to 0 the daemon runs in the background # Use Debug level 0 on a embedded system - # debugging draws a lot of CPU-Power DebugLevel 1 # FishEyeAlgorithm - Disable only if you want to # experience routing loops :) # See the README about Fisheye in the olsrd-source LinkQualityFishEye 1 # Don't recalculate the Dijkstra-Table for every # incoming TC-Message from nodes more than n hops away - # Disable this algorithm in a huge mesh only if you are # interested to accelerate global warming with overheated CPUs # The first integer tells the algorithm to recalculate # the Dijkstra-table when a TC-Message arrives from a node # not more than n hops away. If set to 0 it will not # recalculate it upon incoming TCs # The second number (float) sets the time interval when # the Dijkstra table will be recalculated anyway. # Whatever comes first... LinkQualityDijkstraLimit 3 5.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Don't use this to announce an Internet Gateway - # rather use the dyn_gw plugin that checks wheter you are # actually a gateway or a black hole for other peoples # internet traffic... # Internet gateway: # 0.0.0.0 0.0.0.0 # more entries can be added: # 192.168.1.0 255.255.255.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available Willingness 7 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 1 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed #Net 192.168.1.0 255.255.255.0 } # Enable Hysteresis only if you want your routing table # to brake down every 5 seconds # Hysteresis is one of this fancy looking 'optimizations' # in RFC 3626 that don't work in real life # If unsure say "NO!" UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # # If you know what you are doing # you make sure that hysteresis # is completely SWITCHED OFF! # # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 # 100 is slow but stable... LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 # MultiPointRelais is another notorious # 'optimization' feature in RFC3626... # Switch it off by chosing redundancy value 2 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 # # Full coverage is the way to get rid of this # annoying 'optimization' MprCoverage 7 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: # This activates the HTTP Info plugin on port 8080 for # localhost only. LoadPlugin "httpinfo.so.0.1" { PlParam "port" "8080" PlParam "accept" "localhost" } # This plugin generates the information to make those fancy # 2D and 3D topology graphs #LoadPlugin "olsrd_dot_draw.so.0.3" #{ # PlParam "accept" "192.168.120.17" #} # This plugin announces that this node is a gateway into # other networks, it it actually is: #LoadPlugin "olsrd_dyn_gw.so.0.3" #{ # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # Example: dyn_gw params # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" #} # This plugin announces services available on your router: # Of course the configfile should be present... # LoadPlugin "olsrd_servicediscover.so.0.3" #{ # PlParam "configfile" "/etc/servicediscover.conf" #}; # Add more plugins here... # Finally, the interfaces section: # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # # can be specified in the same block # and multiple blocks can be set. # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth0" "eth1" "wlan0" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # Ip4Broadcast 255.255.255.255 # IPv6 address scope to use. # Must be 'site-local' or 'global' # Ip6AddrType site-local # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # Ip6MulticastSite ff05::11 # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # Ip6MulticastGlobal ff0e::1 # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # Hello interval in seconds(float) HelloInterval 5.0 # HELLO validity time HelloValidityTime 300.0 # TC interval in seconds(float) TcInterval 2.0 # TC validity time TcValidityTime 300.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 300.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 300.0 # When multiple links exist between hosts # the weight of interface is used to determine # the link to use. Normally the weight is # automatically calculated by olsrd based # on the characteristics of the interface, # but here you can specify a fixed value. # Olsrd will choose links with the lowest value. # Weight 0 } =====un fichiers de config d un olsr compilé a partir de source de openmesh===== # niveau de debug(0-9) # si vous mettez a 0 le daemon tourne en tache de fond DebugLevel 0 # Fisheye mechanism for TC messages 0=off, 1=on LinkQualityFishEye 1 # Don't recalculate the Dijkstra-table for every incoming topology # control packet. There is no need to recalculate the whole table # if a minor change occured several hops away. Small CPUs will start # to glow if you do this in a mesh of considerable size. Rather the table # should be recalculated if a change occured in the neighborhood # of this node. The first number is the number of hops. Nodes within # this number of hops trigger a recalculation of the table. If the # number is 0 no incoming topology control packet will trigger # a recalculation of the table. The second number (floating point!) # is the length ot the interval until the table is recalculated anyway. LinkQualityDijkstraLimit 1 6.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Internet gateway: 0.0.0.0 0.0.0.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available #Willingness 4 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 6 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed Net 192.168.16.0 255.255.255.0 } # Wether to use hysteresis or not # Hysteresis adds more robustness to the # link sensing but delays neighbor registration. # Used by default. 'yes' or 'no' # Do not use hysteresis with ETX! UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 MprCoverage 5 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: LoadPlugin "olsrd_dyn_gw.so.0.3" { # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # # Example: dyn_gw params # # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" } # #LoadPlugin "olsrd_httpinfo.so.0.1" #{ # PlParam "port" "8080" # PlParam "Net" "0.0.0.0 255.255.255.255" #} # ## # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # can be specified in the same block # and multiple blocks can be set. # # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): # Interface "eth1" "eth2" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # # Ip4Broadcast 255.255.255.255 # # IPv6 address scope to use. # Must be 'site-local' or 'global' # # Ip6AddrType site-local # # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # # Ip6MulticastSite ff05::11 # # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # # Ip6MulticastGlobal ff0e::1 # # # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # # Hello interval in seconds(float) HelloInterval 5.0 # # HELLO validity time HelloValidityTime 200.0 # # # TC interval in seconds(float) 0.5 is only viable when # LinkQualityFishEye is enabled. Otherwise larger networks would # suffocate from a massive protocol overhead of TC-messages # TcInterval 0.5 # TC validity time TcValidityTime 250.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 100.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 100.0 ## ## # If a certain route should be preferred or ignored by the mesh, the # Link Quality value of a node can be multiplied with a factor entered # here. In the example the route using 192.168.0.1 would rather be # ignored. A multiplier of 0.5 will result in a small (bad) LinkQuality # value and a high (bad) ETX value. Note: Link quality multiplier is # used only when LinkQualityLevel is > 0. # LinkQualityMult 10.200.172.200 0.9 # This multiplier applies to all other nodes # LinkQualityMult default 0.8 } 1684 1683 2007-07-21T00:19:53Z Dako 4 /* polling rate */ wikitext text/x-wiki ====description des différents paramètres==== =====AllowNoInt===== cette option permet de laisser olsr en standy by lorsqu il n y a plus d interfaces sans planter. pratique lors d' un /etc/init.d/networking restart ou d'une reconfiguraztion de carte radio. =====PollingRate===== =====TcRedundancy===== La TC redundancy indique combien d'information de voisin devrait être introduite des messages de TC les valeurs que possibles sont : 0 - envoyez seulement les sélecteurs de MPR 1 - envoyez les sélecteurs MPR et les MPRs 2 - envoient a tous les voisins # par default la valeur est a 0 MultiPointRelais est une des autres 'optimization' notoires ; disponible dans RFC3626... mettez la valeur a off en mettant la valeur de redondance a 2 =====LinkQualityFishEye===== =====jikstra===== # Don't recalculate the Dijkstra-Table for every # incoming TC-Message from nodes more than n hops away - # Disable this algorithm in a huge mesh only if you are # interested to accelerate global warming with overheated CPUs # The first integer tells the algorithm to recalculate # the Dijkstra-table when a TC-Message arrives from a node # not more than n hops away. If set to 0 it will not # recalculate it upon incoming TCs # The second number (float) sets the time interval when # the Dijkstra table will be recalculated anyway. # Whatever comes first... ====un tableau pour comprendre les options==== {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |Intitulé | TestOlsr (rcwiki) | Rcng | OlsrV0.5 | Freifunk |- ![http://www.e-bulles.be/bubble/Olsr.conf#AllowNoInt AllowNoInt] |yes |yes |yes |yes |- ![http://www.e-bulles.be/bubble/Olsr.conf#ClearScreen ClearScreen] |yes |yes |yes |yes |- ![http://www.e-bulles.be/bubble/Olsr.conf#PollingRate PollingRate] |Default value 0.05 sec | | | |- !TcRedundancy |defaults to 0 |2 | | |- !MprCoverage | defaults to 1 | 7 | | |- !LinkQualityFishEye | x | 1 | | |- !LinkQualityWinSize | x | 100 | | |- !LinkQualityDijkstraLimit | x | 0 9.0 | | |- !LinkQualityLevel | 2 | 2 | | |- !UseHysteresis | no | no | | |} ====la bonne configuration==== =====olsrd.conf utilisé par reseaucitoyen avec olsr 5.0-..===== DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "eth1" { } ====autres exemples==== =====olsr.conf du test olsr de 2003===== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.1 TcRedundancy 2 MprCoverage 7 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 5.0 IpcConnect { MaxConnections 1 Host 127.0.0.1 Net 192.168.1.0 255.255.255.0 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 5.0 HelloValidityTime 20.0 TcInterval 2.0 TcValidityTime 30.0 MidInterval 15.0 MidValidityTime 30.0 HnaInterval 15.0 HnaValidityTime 30.0 } =====le fichiers olsrd.conf d une freifunk===== ################################################## ## Freifunk Default OLSRD.CONF ## ## olsr.org OLSR daemon config file ## ## onelektra at gmx dot net ## ################################################## # # Lines starting with a # are discarded # # This file was edited by Elektra and needs # olsrd-0.4.10 CVS or higher # # This file is an example of a typical configuration # for a huge (250 Nodes or more), reliable, scalable # routing-loop-free (well, almost :) and mostly static # network (regarding mobility) using the LQ extention # and FishEyeAlgorithm with LinkQualityDijkstraLimit # to reduce CPU-Overhead # # Debug level(0-9) # If set to 0 the daemon runs in the background # Use Debug level 0 on a embedded system - # debugging draws a lot of CPU-Power DebugLevel 1 # FishEyeAlgorithm - Disable only if you want to # experience routing loops :) # See the README about Fisheye in the olsrd-source LinkQualityFishEye 1 # Don't recalculate the Dijkstra-Table for every # incoming TC-Message from nodes more than n hops away - # Disable this algorithm in a huge mesh only if you are # interested to accelerate global warming with overheated CPUs # The first integer tells the algorithm to recalculate # the Dijkstra-table when a TC-Message arrives from a node # not more than n hops away. If set to 0 it will not # recalculate it upon incoming TCs # The second number (float) sets the time interval when # the Dijkstra table will be recalculated anyway. # Whatever comes first... LinkQualityDijkstraLimit 3 5.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Don't use this to announce an Internet Gateway - # rather use the dyn_gw plugin that checks wheter you are # actually a gateway or a black hole for other peoples # internet traffic... # Internet gateway: # 0.0.0.0 0.0.0.0 # more entries can be added: # 192.168.1.0 255.255.255.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available Willingness 7 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 1 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed #Net 192.168.1.0 255.255.255.0 } # Enable Hysteresis only if you want your routing table # to brake down every 5 seconds # Hysteresis is one of this fancy looking 'optimizations' # in RFC 3626 that don't work in real life # If unsure say "NO!" UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # # If you know what you are doing # you make sure that hysteresis # is completely SWITCHED OFF! # # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 # 100 is slow but stable... LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 # MultiPointRelais is another notorious # 'optimization' feature in RFC3626... # Switch it off by chosing redundancy value 2 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 # # Full coverage is the way to get rid of this # annoying 'optimization' MprCoverage 7 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: # This activates the HTTP Info plugin on port 8080 for # localhost only. LoadPlugin "httpinfo.so.0.1" { PlParam "port" "8080" PlParam "accept" "localhost" } # This plugin generates the information to make those fancy # 2D and 3D topology graphs #LoadPlugin "olsrd_dot_draw.so.0.3" #{ # PlParam "accept" "192.168.120.17" #} # This plugin announces that this node is a gateway into # other networks, it it actually is: #LoadPlugin "olsrd_dyn_gw.so.0.3" #{ # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # Example: dyn_gw params # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" #} # This plugin announces services available on your router: # Of course the configfile should be present... # LoadPlugin "olsrd_servicediscover.so.0.3" #{ # PlParam "configfile" "/etc/servicediscover.conf" #}; # Add more plugins here... # Finally, the interfaces section: # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # # can be specified in the same block # and multiple blocks can be set. # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth0" "eth1" "wlan0" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # Ip4Broadcast 255.255.255.255 # IPv6 address scope to use. # Must be 'site-local' or 'global' # Ip6AddrType site-local # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # Ip6MulticastSite ff05::11 # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # Ip6MulticastGlobal ff0e::1 # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # Hello interval in seconds(float) HelloInterval 5.0 # HELLO validity time HelloValidityTime 300.0 # TC interval in seconds(float) TcInterval 2.0 # TC validity time TcValidityTime 300.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 300.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 300.0 # When multiple links exist between hosts # the weight of interface is used to determine # the link to use. Normally the weight is # automatically calculated by olsrd based # on the characteristics of the interface, # but here you can specify a fixed value. # Olsrd will choose links with the lowest value. # Weight 0 } =====un fichiers de config d un olsr compilé a partir de source de openmesh===== # niveau de debug(0-9) # si vous mettez a 0 le daemon tourne en tache de fond DebugLevel 0 # Fisheye mechanism for TC messages 0=off, 1=on LinkQualityFishEye 1 # Don't recalculate the Dijkstra-table for every incoming topology # control packet. There is no need to recalculate the whole table # if a minor change occured several hops away. Small CPUs will start # to glow if you do this in a mesh of considerable size. Rather the table # should be recalculated if a change occured in the neighborhood # of this node. The first number is the number of hops. Nodes within # this number of hops trigger a recalculation of the table. If the # number is 0 no incoming topology control packet will trigger # a recalculation of the table. The second number (floating point!) # is the length ot the interval until the table is recalculated anyway. LinkQualityDijkstraLimit 1 6.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Internet gateway: 0.0.0.0 0.0.0.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available #Willingness 4 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 6 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed Net 192.168.16.0 255.255.255.0 } # Wether to use hysteresis or not # Hysteresis adds more robustness to the # link sensing but delays neighbor registration. # Used by default. 'yes' or 'no' # Do not use hysteresis with ETX! UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 MprCoverage 5 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: LoadPlugin "olsrd_dyn_gw.so.0.3" { # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # # Example: dyn_gw params # # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" } # #LoadPlugin "olsrd_httpinfo.so.0.1" #{ # PlParam "port" "8080" # PlParam "Net" "0.0.0.0 255.255.255.255" #} # ## # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # can be specified in the same block # and multiple blocks can be set. # # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): # Interface "eth1" "eth2" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # # Ip4Broadcast 255.255.255.255 # # IPv6 address scope to use. # Must be 'site-local' or 'global' # # Ip6AddrType site-local # # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # # Ip6MulticastSite ff05::11 # # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # # Ip6MulticastGlobal ff0e::1 # # # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # # Hello interval in seconds(float) HelloInterval 5.0 # # HELLO validity time HelloValidityTime 200.0 # # # TC interval in seconds(float) 0.5 is only viable when # LinkQualityFishEye is enabled. Otherwise larger networks would # suffocate from a massive protocol overhead of TC-messages # TcInterval 0.5 # TC validity time TcValidityTime 250.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 100.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 100.0 ## ## # If a certain route should be preferred or ignored by the mesh, the # Link Quality value of a node can be multiplied with a factor entered # here. In the example the route using 192.168.0.1 would rather be # ignored. A multiplier of 0.5 will result in a small (bad) LinkQuality # value and a high (bad) ETX value. Note: Link quality multiplier is # used only when LinkQualityLevel is > 0. # LinkQualityMult 10.200.172.200 0.9 # This multiplier applies to all other nodes # LinkQualityMult default 0.8 } 1685 1684 2007-07-21T00:20:50Z Dako 4 wikitext text/x-wiki ====description des différents paramètres==== =====AllowNoInt===== cette option permet de laisser olsr en standy by lorsqu il n y a plus d interfaces sans planter. pratique lors d' un /etc/init.d/networking restart ou d'une reconfiguraztion de carte radio. =====ClearScreen===== =====PollingRate===== =====TcRedundancy===== La TC redundancy indique combien d'information de voisin devrait être introduite des messages de TC les valeurs que possibles sont : 0 - envoyez seulement les sélecteurs de MPR 1 - envoyez les sélecteurs MPR et les MPRs 2 - envoient a tous les voisins # par default la valeur est a 0 MultiPointRelais est une des autres 'optimization' notoires ; disponible dans RFC3626... mettez la valeur a off en mettant la valeur de redondance a 2 =====LinkQualityFishEye===== =====jikstra===== # Don't recalculate the Dijkstra-Table for every # incoming TC-Message from nodes more than n hops away - # Disable this algorithm in a huge mesh only if you are # interested to accelerate global warming with overheated CPUs # The first integer tells the algorithm to recalculate # the Dijkstra-table when a TC-Message arrives from a node # not more than n hops away. If set to 0 it will not # recalculate it upon incoming TCs # The second number (float) sets the time interval when # the Dijkstra table will be recalculated anyway. # Whatever comes first... ====un tableau pour comprendre les options==== {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |Intitulé | TestOlsr (rcwiki) | Rcng | OlsrV0.5 | Freifunk |- ![http://www.e-bulles.be/bubble/Olsr.conf#AllowNoInt AllowNoInt] |yes |yes |yes |yes |- ![http://www.e-bulles.be/bubble/Olsr.conf#ClearScreen ClearScreen] |yes |yes |yes |yes |- ![http://www.e-bulles.be/bubble/Olsr.conf#PollingRate PollingRate] |Default value 0.05 sec | | | |- !TcRedundancy |defaults to 0 |2 | | |- !MprCoverage | defaults to 1 | 7 | | |- !LinkQualityFishEye | x | 1 | | |- !LinkQualityWinSize | x | 100 | | |- !LinkQualityDijkstraLimit | x | 0 9.0 | | |- !LinkQualityLevel | 2 | 2 | | |- !UseHysteresis | no | no | | |} ====la bonne configuration==== =====olsrd.conf utilisé par reseaucitoyen avec olsr 5.0-..===== DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "eth1" { } ====autres exemples==== =====olsr.conf du test olsr de 2003===== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.1 TcRedundancy 2 MprCoverage 7 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 5.0 IpcConnect { MaxConnections 1 Host 127.0.0.1 Net 192.168.1.0 255.255.255.0 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 5.0 HelloValidityTime 20.0 TcInterval 2.0 TcValidityTime 30.0 MidInterval 15.0 MidValidityTime 30.0 HnaInterval 15.0 HnaValidityTime 30.0 } =====le fichiers olsrd.conf d une freifunk===== ################################################## ## Freifunk Default OLSRD.CONF ## ## olsr.org OLSR daemon config file ## ## onelektra at gmx dot net ## ################################################## # # Lines starting with a # are discarded # # This file was edited by Elektra and needs # olsrd-0.4.10 CVS or higher # # This file is an example of a typical configuration # for a huge (250 Nodes or more), reliable, scalable # routing-loop-free (well, almost :) and mostly static # network (regarding mobility) using the LQ extention # and FishEyeAlgorithm with LinkQualityDijkstraLimit # to reduce CPU-Overhead # # Debug level(0-9) # If set to 0 the daemon runs in the background # Use Debug level 0 on a embedded system - # debugging draws a lot of CPU-Power DebugLevel 1 # FishEyeAlgorithm - Disable only if you want to # experience routing loops :) # See the README about Fisheye in the olsrd-source LinkQualityFishEye 1 # Don't recalculate the Dijkstra-Table for every # incoming TC-Message from nodes more than n hops away - # Disable this algorithm in a huge mesh only if you are # interested to accelerate global warming with overheated CPUs # The first integer tells the algorithm to recalculate # the Dijkstra-table when a TC-Message arrives from a node # not more than n hops away. If set to 0 it will not # recalculate it upon incoming TCs # The second number (float) sets the time interval when # the Dijkstra table will be recalculated anyway. # Whatever comes first... LinkQualityDijkstraLimit 3 5.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Don't use this to announce an Internet Gateway - # rather use the dyn_gw plugin that checks wheter you are # actually a gateway or a black hole for other peoples # internet traffic... # Internet gateway: # 0.0.0.0 0.0.0.0 # more entries can be added: # 192.168.1.0 255.255.255.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available Willingness 7 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 1 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed #Net 192.168.1.0 255.255.255.0 } # Enable Hysteresis only if you want your routing table # to brake down every 5 seconds # Hysteresis is one of this fancy looking 'optimizations' # in RFC 3626 that don't work in real life # If unsure say "NO!" UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # # If you know what you are doing # you make sure that hysteresis # is completely SWITCHED OFF! # # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 # 100 is slow but stable... LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 # MultiPointRelais is another notorious # 'optimization' feature in RFC3626... # Switch it off by chosing redundancy value 2 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 # # Full coverage is the way to get rid of this # annoying 'optimization' MprCoverage 7 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: # This activates the HTTP Info plugin on port 8080 for # localhost only. LoadPlugin "httpinfo.so.0.1" { PlParam "port" "8080" PlParam "accept" "localhost" } # This plugin generates the information to make those fancy # 2D and 3D topology graphs #LoadPlugin "olsrd_dot_draw.so.0.3" #{ # PlParam "accept" "192.168.120.17" #} # This plugin announces that this node is a gateway into # other networks, it it actually is: #LoadPlugin "olsrd_dyn_gw.so.0.3" #{ # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # Example: dyn_gw params # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" #} # This plugin announces services available on your router: # Of course the configfile should be present... # LoadPlugin "olsrd_servicediscover.so.0.3" #{ # PlParam "configfile" "/etc/servicediscover.conf" #}; # Add more plugins here... # Finally, the interfaces section: # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # # can be specified in the same block # and multiple blocks can be set. # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth0" "eth1" "wlan0" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # Ip4Broadcast 255.255.255.255 # IPv6 address scope to use. # Must be 'site-local' or 'global' # Ip6AddrType site-local # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # Ip6MulticastSite ff05::11 # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # Ip6MulticastGlobal ff0e::1 # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # Hello interval in seconds(float) HelloInterval 5.0 # HELLO validity time HelloValidityTime 300.0 # TC interval in seconds(float) TcInterval 2.0 # TC validity time TcValidityTime 300.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 300.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 300.0 # When multiple links exist between hosts # the weight of interface is used to determine # the link to use. Normally the weight is # automatically calculated by olsrd based # on the characteristics of the interface, # but here you can specify a fixed value. # Olsrd will choose links with the lowest value. # Weight 0 } =====un fichiers de config d un olsr compilé a partir de source de openmesh===== # niveau de debug(0-9) # si vous mettez a 0 le daemon tourne en tache de fond DebugLevel 0 # Fisheye mechanism for TC messages 0=off, 1=on LinkQualityFishEye 1 # Don't recalculate the Dijkstra-table for every incoming topology # control packet. There is no need to recalculate the whole table # if a minor change occured several hops away. Small CPUs will start # to glow if you do this in a mesh of considerable size. Rather the table # should be recalculated if a change occured in the neighborhood # of this node. The first number is the number of hops. Nodes within # this number of hops trigger a recalculation of the table. If the # number is 0 no incoming topology control packet will trigger # a recalculation of the table. The second number (floating point!) # is the length ot the interval until the table is recalculated anyway. LinkQualityDijkstraLimit 1 6.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Internet gateway: 0.0.0.0 0.0.0.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available #Willingness 4 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 6 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed Net 192.168.16.0 255.255.255.0 } # Wether to use hysteresis or not # Hysteresis adds more robustness to the # link sensing but delays neighbor registration. # Used by default. 'yes' or 'no' # Do not use hysteresis with ETX! UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 MprCoverage 5 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: LoadPlugin "olsrd_dyn_gw.so.0.3" { # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # # Example: dyn_gw params # # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" } # #LoadPlugin "olsrd_httpinfo.so.0.1" #{ # PlParam "port" "8080" # PlParam "Net" "0.0.0.0 255.255.255.255" #} # ## # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # can be specified in the same block # and multiple blocks can be set. # # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): # Interface "eth1" "eth2" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # # Ip4Broadcast 255.255.255.255 # # IPv6 address scope to use. # Must be 'site-local' or 'global' # # Ip6AddrType site-local # # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # # Ip6MulticastSite ff05::11 # # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # # Ip6MulticastGlobal ff0e::1 # # # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # # Hello interval in seconds(float) HelloInterval 5.0 # # HELLO validity time HelloValidityTime 200.0 # # # TC interval in seconds(float) 0.5 is only viable when # LinkQualityFishEye is enabled. Otherwise larger networks would # suffocate from a massive protocol overhead of TC-messages # TcInterval 0.5 # TC validity time TcValidityTime 250.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 100.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 100.0 ## ## # If a certain route should be preferred or ignored by the mesh, the # Link Quality value of a node can be multiplied with a factor entered # here. In the example the route using 192.168.0.1 would rather be # ignored. A multiplier of 0.5 will result in a small (bad) LinkQuality # value and a high (bad) ETX value. Note: Link quality multiplier is # used only when LinkQualityLevel is > 0. # LinkQualityMult 10.200.172.200 0.9 # This multiplier applies to all other nodes # LinkQualityMult default 0.8 } 1686 1685 2007-07-21T00:23:05Z Dako 4 /* ClearScreen */ wikitext text/x-wiki ====description des différents paramètres==== =====AllowNoInt===== cette option permet de laisser olsr en standy by lorsqu il n y a plus d interfaces sans planter. pratique lors d' un /etc/init.d/networking restart ou d'une reconfiguraztion de carte radio. =====ClearScreen===== Tables are now only printed if changes occur, so there are no longer any periodical output when using a debuglevel >0. A "heartbeat" is now printed to STDOUT(if it is a terminal) in the form of a rotating line to show that olsrd is actually operating. Adding "ClearScreen yes" to the configuration file clears the screen each time before the debug output shows updated information. This makes the debug output easier to read in many cases. "ClearScreen no" is the default, if no "ClearScreen" directive is given in the configuration file. =====PollingRate===== =====TcRedundancy===== La TC redundancy indique combien d'information de voisin devrait être introduite des messages de TC les valeurs que possibles sont : 0 - envoyez seulement les sélecteurs de MPR 1 - envoyez les sélecteurs MPR et les MPRs 2 - envoient a tous les voisins # par default la valeur est a 0 MultiPointRelais est une des autres 'optimization' notoires ; disponible dans RFC3626... mettez la valeur a off en mettant la valeur de redondance a 2 =====LinkQualityFishEye===== =====jikstra===== # Don't recalculate the Dijkstra-Table for every # incoming TC-Message from nodes more than n hops away - # Disable this algorithm in a huge mesh only if you are # interested to accelerate global warming with overheated CPUs # The first integer tells the algorithm to recalculate # the Dijkstra-table when a TC-Message arrives from a node # not more than n hops away. If set to 0 it will not # recalculate it upon incoming TCs # The second number (float) sets the time interval when # the Dijkstra table will be recalculated anyway. # Whatever comes first... ====un tableau pour comprendre les options==== {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |Intitulé | TestOlsr (rcwiki) | Rcng | OlsrV0.5 | Freifunk |- ![http://www.e-bulles.be/bubble/Olsr.conf#AllowNoInt AllowNoInt] |yes |yes |yes |yes |- ![http://www.e-bulles.be/bubble/Olsr.conf#ClearScreen ClearScreen] |yes |yes |yes |yes |- ![http://www.e-bulles.be/bubble/Olsr.conf#PollingRate PollingRate] |Default value 0.05 sec | | | |- !TcRedundancy |defaults to 0 |2 | | |- !MprCoverage | defaults to 1 | 7 | | |- !LinkQualityFishEye | x | 1 | | |- !LinkQualityWinSize | x | 100 | | |- !LinkQualityDijkstraLimit | x | 0 9.0 | | |- !LinkQualityLevel | 2 | 2 | | |- !UseHysteresis | no | no | | |} ====la bonne configuration==== =====olsrd.conf utilisé par reseaucitoyen avec olsr 5.0-..===== DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "eth1" { } ====autres exemples==== =====olsr.conf du test olsr de 2003===== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.1 TcRedundancy 2 MprCoverage 7 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 5.0 IpcConnect { MaxConnections 1 Host 127.0.0.1 Net 192.168.1.0 255.255.255.0 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 5.0 HelloValidityTime 20.0 TcInterval 2.0 TcValidityTime 30.0 MidInterval 15.0 MidValidityTime 30.0 HnaInterval 15.0 HnaValidityTime 30.0 } =====le fichiers olsrd.conf d une freifunk===== ################################################## ## Freifunk Default OLSRD.CONF ## ## olsr.org OLSR daemon config file ## ## onelektra at gmx dot net ## ################################################## # # Lines starting with a # are discarded # # This file was edited by Elektra and needs # olsrd-0.4.10 CVS or higher # # This file is an example of a typical configuration # for a huge (250 Nodes or more), reliable, scalable # routing-loop-free (well, almost :) and mostly static # network (regarding mobility) using the LQ extention # and FishEyeAlgorithm with LinkQualityDijkstraLimit # to reduce CPU-Overhead # # Debug level(0-9) # If set to 0 the daemon runs in the background # Use Debug level 0 on a embedded system - # debugging draws a lot of CPU-Power DebugLevel 1 # FishEyeAlgorithm - Disable only if you want to # experience routing loops :) # See the README about Fisheye in the olsrd-source LinkQualityFishEye 1 # Don't recalculate the Dijkstra-Table for every # incoming TC-Message from nodes more than n hops away - # Disable this algorithm in a huge mesh only if you are # interested to accelerate global warming with overheated CPUs # The first integer tells the algorithm to recalculate # the Dijkstra-table when a TC-Message arrives from a node # not more than n hops away. If set to 0 it will not # recalculate it upon incoming TCs # The second number (float) sets the time interval when # the Dijkstra table will be recalculated anyway. # Whatever comes first... LinkQualityDijkstraLimit 3 5.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Don't use this to announce an Internet Gateway - # rather use the dyn_gw plugin that checks wheter you are # actually a gateway or a black hole for other peoples # internet traffic... # Internet gateway: # 0.0.0.0 0.0.0.0 # more entries can be added: # 192.168.1.0 255.255.255.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available Willingness 7 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 1 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed #Net 192.168.1.0 255.255.255.0 } # Enable Hysteresis only if you want your routing table # to brake down every 5 seconds # Hysteresis is one of this fancy looking 'optimizations' # in RFC 3626 that don't work in real life # If unsure say "NO!" UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # # If you know what you are doing # you make sure that hysteresis # is completely SWITCHED OFF! # # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 # 100 is slow but stable... LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 # MultiPointRelais is another notorious # 'optimization' feature in RFC3626... # Switch it off by chosing redundancy value 2 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 # # Full coverage is the way to get rid of this # annoying 'optimization' MprCoverage 7 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: # This activates the HTTP Info plugin on port 8080 for # localhost only. LoadPlugin "httpinfo.so.0.1" { PlParam "port" "8080" PlParam "accept" "localhost" } # This plugin generates the information to make those fancy # 2D and 3D topology graphs #LoadPlugin "olsrd_dot_draw.so.0.3" #{ # PlParam "accept" "192.168.120.17" #} # This plugin announces that this node is a gateway into # other networks, it it actually is: #LoadPlugin "olsrd_dyn_gw.so.0.3" #{ # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # Example: dyn_gw params # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" #} # This plugin announces services available on your router: # Of course the configfile should be present... # LoadPlugin "olsrd_servicediscover.so.0.3" #{ # PlParam "configfile" "/etc/servicediscover.conf" #}; # Add more plugins here... # Finally, the interfaces section: # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # # can be specified in the same block # and multiple blocks can be set. # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth0" "eth1" "wlan0" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # Ip4Broadcast 255.255.255.255 # IPv6 address scope to use. # Must be 'site-local' or 'global' # Ip6AddrType site-local # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # Ip6MulticastSite ff05::11 # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # Ip6MulticastGlobal ff0e::1 # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # Hello interval in seconds(float) HelloInterval 5.0 # HELLO validity time HelloValidityTime 300.0 # TC interval in seconds(float) TcInterval 2.0 # TC validity time TcValidityTime 300.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 300.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 300.0 # When multiple links exist between hosts # the weight of interface is used to determine # the link to use. Normally the weight is # automatically calculated by olsrd based # on the characteristics of the interface, # but here you can specify a fixed value. # Olsrd will choose links with the lowest value. # Weight 0 } =====un fichiers de config d un olsr compilé a partir de source de openmesh===== # niveau de debug(0-9) # si vous mettez a 0 le daemon tourne en tache de fond DebugLevel 0 # Fisheye mechanism for TC messages 0=off, 1=on LinkQualityFishEye 1 # Don't recalculate the Dijkstra-table for every incoming topology # control packet. There is no need to recalculate the whole table # if a minor change occured several hops away. Small CPUs will start # to glow if you do this in a mesh of considerable size. Rather the table # should be recalculated if a change occured in the neighborhood # of this node. The first number is the number of hops. Nodes within # this number of hops trigger a recalculation of the table. If the # number is 0 no incoming topology control packet will trigger # a recalculation of the table. The second number (floating point!) # is the length ot the interval until the table is recalculated anyway. LinkQualityDijkstraLimit 1 6.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Internet gateway: 0.0.0.0 0.0.0.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available #Willingness 4 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 6 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed Net 192.168.16.0 255.255.255.0 } # Wether to use hysteresis or not # Hysteresis adds more robustness to the # link sensing but delays neighbor registration. # Used by default. 'yes' or 'no' # Do not use hysteresis with ETX! UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 MprCoverage 5 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: LoadPlugin "olsrd_dyn_gw.so.0.3" { # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # # Example: dyn_gw params # # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" } # #LoadPlugin "olsrd_httpinfo.so.0.1" #{ # PlParam "port" "8080" # PlParam "Net" "0.0.0.0 255.255.255.255" #} # ## # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # can be specified in the same block # and multiple blocks can be set. # # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): # Interface "eth1" "eth2" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # # Ip4Broadcast 255.255.255.255 # # IPv6 address scope to use. # Must be 'site-local' or 'global' # # Ip6AddrType site-local # # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # # Ip6MulticastSite ff05::11 # # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # # Ip6MulticastGlobal ff0e::1 # # # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # # Hello interval in seconds(float) HelloInterval 5.0 # # HELLO validity time HelloValidityTime 200.0 # # # TC interval in seconds(float) 0.5 is only viable when # LinkQualityFishEye is enabled. Otherwise larger networks would # suffocate from a massive protocol overhead of TC-messages # TcInterval 0.5 # TC validity time TcValidityTime 250.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 100.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 100.0 ## ## # If a certain route should be preferred or ignored by the mesh, the # Link Quality value of a node can be multiplied with a factor entered # here. In the example the route using 192.168.0.1 would rather be # ignored. A multiplier of 0.5 will result in a small (bad) LinkQuality # value and a high (bad) ETX value. Note: Link quality multiplier is # used only when LinkQualityLevel is > 0. # LinkQualityMult 10.200.172.200 0.9 # This multiplier applies to all other nodes # LinkQualityMult default 0.8 } 1687 1686 2007-07-21T00:26:53Z Dako 4 /* PollingRate */ wikitext text/x-wiki ====description des différents paramètres==== =====AllowNoInt===== cette option permet de laisser olsr en standy by lorsqu il n y a plus d interfaces sans planter. pratique lors d' un /etc/init.d/networking restart ou d'une reconfiguraztion de carte radio. =====ClearScreen===== Tables are now only printed if changes occur, so there are no longer any periodical output when using a debuglevel >0. A "heartbeat" is now printed to STDOUT(if it is a terminal) in the form of a rotating line to show that olsrd is actually operating. Adding "ClearScreen yes" to the configuration file clears the screen each time before the debug output shows updated information. This makes the debug output easier to read in many cases. "ClearScreen no" is the default, if no "ClearScreen" directive is given in the configuration file. =====PollingRate===== This option sets the interval, in seconds, that the olsrd event scheduler should be set to poll. A setting of 0.2 will set olsrd to poll for events every 0.2 seconds. Defaults to 0.1. =====TcRedundancy===== La TC redundancy indique combien d'information de voisin devrait être introduite des messages de TC les valeurs que possibles sont : 0 - envoyez seulement les sélecteurs de MPR 1 - envoyez les sélecteurs MPR et les MPRs 2 - envoient a tous les voisins # par default la valeur est a 0 MultiPointRelais est une des autres 'optimization' notoires ; disponible dans RFC3626... mettez la valeur a off en mettant la valeur de redondance a 2 =====LinkQualityFishEye===== =====jikstra===== # Don't recalculate the Dijkstra-Table for every # incoming TC-Message from nodes more than n hops away - # Disable this algorithm in a huge mesh only if you are # interested to accelerate global warming with overheated CPUs # The first integer tells the algorithm to recalculate # the Dijkstra-table when a TC-Message arrives from a node # not more than n hops away. If set to 0 it will not # recalculate it upon incoming TCs # The second number (float) sets the time interval when # the Dijkstra table will be recalculated anyway. # Whatever comes first... ====un tableau pour comprendre les options==== {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |Intitulé | TestOlsr (rcwiki) | Rcng | OlsrV0.5 | Freifunk |- ![http://www.e-bulles.be/bubble/Olsr.conf#AllowNoInt AllowNoInt] |yes |yes |yes |yes |- ![http://www.e-bulles.be/bubble/Olsr.conf#ClearScreen ClearScreen] |yes |yes |yes |yes |- ![http://www.e-bulles.be/bubble/Olsr.conf#PollingRate PollingRate] |Default value 0.05 sec | | | |- !TcRedundancy |defaults to 0 |2 | | |- !MprCoverage | defaults to 1 | 7 | | |- !LinkQualityFishEye | x | 1 | | |- !LinkQualityWinSize | x | 100 | | |- !LinkQualityDijkstraLimit | x | 0 9.0 | | |- !LinkQualityLevel | 2 | 2 | | |- !UseHysteresis | no | no | | |} ====la bonne configuration==== =====olsrd.conf utilisé par reseaucitoyen avec olsr 5.0-..===== DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "eth1" { } ====autres exemples==== =====olsr.conf du test olsr de 2003===== DebugLevel 0 IpVersion 4 AllowNoInt yes Pollrate 0.1 TcRedundancy 2 MprCoverage 7 LinkQualityFishEye 1 LinkQualityWinSize 100 LinkQualityDijkstraLimit 0 5.0 IpcConnect { MaxConnections 1 Host 127.0.0.1 Net 192.168.1.0 255.255.255.0 } LinkQualityLevel 2 UseHysteresis no Interface "eth1" { HelloInterval 5.0 HelloValidityTime 20.0 TcInterval 2.0 TcValidityTime 30.0 MidInterval 15.0 MidValidityTime 30.0 HnaInterval 15.0 HnaValidityTime 30.0 } =====le fichiers olsrd.conf d une freifunk===== ################################################## ## Freifunk Default OLSRD.CONF ## ## olsr.org OLSR daemon config file ## ## onelektra at gmx dot net ## ################################################## # # Lines starting with a # are discarded # # This file was edited by Elektra and needs # olsrd-0.4.10 CVS or higher # # This file is an example of a typical configuration # for a huge (250 Nodes or more), reliable, scalable # routing-loop-free (well, almost :) and mostly static # network (regarding mobility) using the LQ extention # and FishEyeAlgorithm with LinkQualityDijkstraLimit # to reduce CPU-Overhead # # Debug level(0-9) # If set to 0 the daemon runs in the background # Use Debug level 0 on a embedded system - # debugging draws a lot of CPU-Power DebugLevel 1 # FishEyeAlgorithm - Disable only if you want to # experience routing loops :) # See the README about Fisheye in the olsrd-source LinkQualityFishEye 1 # Don't recalculate the Dijkstra-Table for every # incoming TC-Message from nodes more than n hops away - # Disable this algorithm in a huge mesh only if you are # interested to accelerate global warming with overheated CPUs # The first integer tells the algorithm to recalculate # the Dijkstra-table when a TC-Message arrives from a node # not more than n hops away. If set to 0 it will not # recalculate it upon incoming TCs # The second number (float) sets the time interval when # the Dijkstra table will be recalculated anyway. # Whatever comes first... LinkQualityDijkstraLimit 3 5.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Don't use this to announce an Internet Gateway - # rather use the dyn_gw plugin that checks wheter you are # actually a gateway or a black hole for other peoples # internet traffic... # Internet gateway: # 0.0.0.0 0.0.0.0 # more entries can be added: # 192.168.1.0 255.255.255.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available Willingness 7 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 1 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed #Net 192.168.1.0 255.255.255.0 } # Enable Hysteresis only if you want your routing table # to brake down every 5 seconds # Hysteresis is one of this fancy looking 'optimizations' # in RFC 3626 that don't work in real life # If unsure say "NO!" UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # # If you know what you are doing # you make sure that hysteresis # is completely SWITCHED OFF! # # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 # 100 is slow but stable... LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 # MultiPointRelais is another notorious # 'optimization' feature in RFC3626... # Switch it off by chosing redundancy value 2 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 # # Full coverage is the way to get rid of this # annoying 'optimization' MprCoverage 7 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: # This activates the HTTP Info plugin on port 8080 for # localhost only. LoadPlugin "httpinfo.so.0.1" { PlParam "port" "8080" PlParam "accept" "localhost" } # This plugin generates the information to make those fancy # 2D and 3D topology graphs #LoadPlugin "olsrd_dot_draw.so.0.3" #{ # PlParam "accept" "192.168.120.17" #} # This plugin announces that this node is a gateway into # other networks, it it actually is: #LoadPlugin "olsrd_dyn_gw.so.0.3" #{ # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # Example: dyn_gw params # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" #} # This plugin announces services available on your router: # Of course the configfile should be present... # LoadPlugin "olsrd_servicediscover.so.0.3" #{ # PlParam "configfile" "/etc/servicediscover.conf" #}; # Add more plugins here... # Finally, the interfaces section: # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # # can be specified in the same block # and multiple blocks can be set. # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth0" "eth1" "wlan0" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # Ip4Broadcast 255.255.255.255 # IPv6 address scope to use. # Must be 'site-local' or 'global' # Ip6AddrType site-local # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # Ip6MulticastSite ff05::11 # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # Ip6MulticastGlobal ff0e::1 # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # Hello interval in seconds(float) HelloInterval 5.0 # HELLO validity time HelloValidityTime 300.0 # TC interval in seconds(float) TcInterval 2.0 # TC validity time TcValidityTime 300.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 300.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 300.0 # When multiple links exist between hosts # the weight of interface is used to determine # the link to use. Normally the weight is # automatically calculated by olsrd based # on the characteristics of the interface, # but here you can specify a fixed value. # Olsrd will choose links with the lowest value. # Weight 0 } =====un fichiers de config d un olsr compilé a partir de source de openmesh===== # niveau de debug(0-9) # si vous mettez a 0 le daemon tourne en tache de fond DebugLevel 0 # Fisheye mechanism for TC messages 0=off, 1=on LinkQualityFishEye 1 # Don't recalculate the Dijkstra-table for every incoming topology # control packet. There is no need to recalculate the whole table # if a minor change occured several hops away. Small CPUs will start # to glow if you do this in a mesh of considerable size. Rather the table # should be recalculated if a change occured in the neighborhood # of this node. The first number is the number of hops. Nodes within # this number of hops trigger a recalculation of the table. If the # number is 0 no incoming topology control packet will trigger # a recalculation of the table. The second number (floating point!) # is the length ot the interval until the table is recalculated anyway. LinkQualityDijkstraLimit 1 6.0 # IP version to use (4 or 6) IpVersion 4 # Clear the screen each time the internal state changes ClearScreen yes # HNA IPv4 routes # syntax: netaddr netmask # Example Internet gateway: # 0.0.0.0 0.0.0.0 Hna4 { # Internet gateway: 0.0.0.0 0.0.0.0 } # HNA IPv6 routes # syntax: netaddr prefix # Example Internet gateway: Hna6 { # Internet gateway: # :: 0 # more entries can be added: # fec0:2200:106:: 48 } # Should olsrd keep on running even if there are # no interfaces available? This is a good idea # for a PCMCIA/USB hotswap environment. # "yes" OR "no" AllowNoInt yes # TOS(type of service) value for # the IP header of control traffic. # If not set it will default to 16 #TosValue 16 # The fixed willingness to use(0-7) # If not set willingness will be calculated # dynamically based on battery/power status # if such information is available #Willingness 4 # Allow processes like the GUI front-end # to connect to the daemon. IpcConnect { # Determines how many simultaneously # IPC connections that will be allowed # Setting this to 0 disables IPC MaxConnections 6 # By default only 127.0.0.1 is allowed # to connect. Here allowed hosts can # be added Host 127.0.0.1 #Host 10.0.0.5 # You can also specify entire net-ranges # that are allowed to connect. Multiple # entries are allowed Net 192.168.16.0 255.255.255.0 } # Wether to use hysteresis or not # Hysteresis adds more robustness to the # link sensing but delays neighbor registration. # Used by default. 'yes' or 'no' # Do not use hysteresis with ETX! UseHysteresis no # Hysteresis parameters # Do not alter these unless you know # what you are doing! # Set to auto by default. Allowed # values are floating point values # in the interval 0,1 # THR_LOW must always be lower than # THR_HIGH. #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 # Link quality level # 0 = do not use link quality # 1 = use link quality for MPR selection # 2 = use link quality for MPR selection and routing # Defaults to 0 LinkQualityLevel 2 # Link quality window size # Defaults to 10 LinkQualityWinSize 100 # Polling rate in seconds(float). # Default value 0.05 sec Pollrate 0.05 # TC redundancy # Specifies how much neighbor info should # be sent in TC messages # Possible values are: # 0 - only send MPR selectors # 1 - send MPR selectors and MPRs # 2 - send all neighbors # # defaults to 0 TcRedundancy 2 # # MPR coverage # Specifies how many MPRs a node should # try select to reach every 2 hop neighbor # # Can be set to any integer >0 # # defaults to 1 MprCoverage 5 # Olsrd plugins to load # This must be the absolute path to the file # or the loader will use the following scheme: # - Try the paths in the LD_LIBRARY_PATH # environment variable. # - The list of libraries cached in /etc/ld.so.cache # - /lib, followed by /usr/lib # Example plugin entry with parameters: LoadPlugin "olsrd_dyn_gw.so.0.3" { # Here parameters are set to be sent to the # plugin. Theese are on the form "key" "value". # Parameters ofcause, differs from plugin to plugin. # Consult the documentation of your plugin for details. # # Example: dyn_gw params # # how often to check for Internet connectivity # defaults to 5 secs # PlParam "Interval" "40" # # if one or more IPv4 addresses are given, do a ping on these in # descending order to validate that there is not only an entry in # routing table, but also a real internet connection. If any of # these addresses could be pinged successfully, the test was # succesful, i.e. if the ping on the 1st address was successful,the # 2nd won't be pinged # PlParam "Ping" "141.1.1.1" # PlParam "Ping" "194.25.2.129" } # #LoadPlugin "olsrd_httpinfo.so.0.1" #{ # PlParam "port" "8080" # PlParam "Net" "0.0.0.0 255.255.255.255" #} # ## # Interfaces and their rules # Omitted options will be set to the # default values. Multiple interfaces # can be specified in the same block # and multiple blocks can be set. # # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): # Interface "eth1" "eth2" { # IPv4 broadcast address to use. The # one usefull example would be 255.255.255.255 # If not defined the broadcastaddress # every card is configured with is used # # Ip4Broadcast 255.255.255.255 # # IPv6 address scope to use. # Must be 'site-local' or 'global' # # Ip6AddrType site-local # # IPv6 multicast address to use when # using site-local addresses. # If not defined, ff05::15 is used # # Ip6MulticastSite ff05::11 # # IPv6 multicast address to use when # using global addresses # If not defined, ff0e::1 is used # # Ip6MulticastGlobal ff0e::1 # # # Emission intervals. # If not defined, RFC proposed values will # be used in most cases. # # Hello interval in seconds(float) HelloInterval 5.0 # # HELLO validity time HelloValidityTime 200.0 # # # TC interval in seconds(float) 0.5 is only viable when # LinkQualityFishEye is enabled. Otherwise larger networks would # suffocate from a massive protocol overhead of TC-messages # TcInterval 0.5 # TC validity time TcValidityTime 250.0 # MID interval in seconds(float) MidInterval 5.0 # MID validity time MidValidityTime 100.0 # HNA interval in seconds(float) HnaInterval 5.0 # HNA validity time HnaValidityTime 100.0 ## ## # If a certain route should be preferred or ignored by the mesh, the # Link Quality value of a node can be multiplied with a factor entered # here. In the example the route using 192.168.0.1 would rather be # ignored. A multiplier of 0.5 will result in a small (bad) LinkQuality # value and a high (bad) ETX value. Note: Link quality multiplier is # used only when LinkQualityLevel is > 0. # LinkQualityMult 10.200.172.200 0.9 # This multiplier applies to all other nodes # LinkQualityMult default 0.8 } 0 1360 1697 2007-07-22T08:56:52Z Dako 4 wikitext text/x-wiki bon le truc serais qu il y ai de l avahi sur un interface virtuelle du wlan mais je ne trouve ps doc qui dit ou on specifie les interfaces utilisée par avahi. help-me 0 1350 1713 1712 2007-07-24T08:36:54Z Dako 4 /* configurer l adresse du serveur tftp local */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===mettre en place le serveur tftp=== #apt-get install tftpd-hpa en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.root wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.kernel cp kamikaze.root kamikaze.kernel /var/lib/tftpboot/ ===se connecter en redboot=== telnet 192.168.1.254 9000 pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). =====configurer le redboot pour le serveur tftp===== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs prend un certain temps (plus de 10 minutes) RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 finaliser en tapant exec RedBoot> exec !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ===configurer la fonera=== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit ====network==== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 ====wireless==== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 ====installer olsr==== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable --dako 2007-07-21 1714 1713 2007-07-24T08:40:38Z Dako 4 wikitext text/x-wiki ==installer openwrt kamikaze pour x86== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install tftpd-hpa en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.root wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.kernel cp kamikaze.root kamikaze.kernel /var/lib/tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). =====configurer le redboot pour le serveur tftp===== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs prend un certain temps (plus de 10 minutes) RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 finaliser en tapant exec RedBoot> exec !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ===configurer la fonera=== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit ====network==== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 ====wireless==== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 ====installer olsr==== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable --dako 2007-07-21 1715 1714 2007-07-24T08:41:23Z Dako 4 /* se connecter en redboot */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install tftpd-hpa en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.root wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.kernel cp kamikaze.root kamikaze.kernel /var/lib/tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs prend un certain temps (plus de 10 minutes) RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 finaliser en tapant exec RedBoot> exec !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ===configurer la fonera=== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit ====network==== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 ====wireless==== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 ====installer olsr==== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable --dako 2007-07-21 1716 1715 2007-07-24T08:42:12Z Dako 4 wikitext text/x-wiki ==installer openwrt kamikaze pour x86== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install tftpd-hpa en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.root wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.kernel cp kamikaze.root kamikaze.kernel /var/lib/tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs prend un certain temps (plus de 10 minutes) RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 finaliser en tapant exec RedBoot> exec !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable --dako 2007-07-21 1717 1716 2007-07-31T08:01:58Z Dako 4 wikitext text/x-wiki ==installer openwrt kamikaze pour x86== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install tftpd-hpa en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.root wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.kernel cp kamikaze.root kamikaze.kernel /var/lib/tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs prend un certain temps (plus de 10 minutes) RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 finaliser en tapant exec RedBoot> exec !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE --dako 2007-07-21 1718 1717 2007-07-31T08:17:25Z Dako 4 /* nat */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install tftpd-hpa en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.root wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.kernel cp kamikaze.root kamikaze.kernel /var/lib/tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs prend un certain temps (plus de 10 minutes) RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 finaliser en tapant exec RedBoot> exec !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile #chmod -x /etc/init.d/S45firewall #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat --dako 2007-07-21 1719 1718 2007-07-31T08:19:27Z Dako 4 /* nat */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install tftpd-hpa en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.root wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.kernel cp kamikaze.root kamikaze.kernel /var/lib/tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs prend un certain temps (plus de 10 minutes) RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 finaliser en tapant exec RedBoot> exec !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/S45firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat --dako 2007-07-21 1720 1719 2007-07-31T08:19:59Z Dako 4 /* nat */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install tftpd-hpa en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.root wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.kernel cp kamikaze.root kamikaze.kernel /var/lib/tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs prend un certain temps (plus de 10 minutes) RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 finaliser en tapant exec RedBoot> exec !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/S45firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat --dako 2007-07-21 --dako 2007-07-31 1721 1720 2007-08-03T08:17:17Z Dako 4 /* nat */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install tftpd-hpa en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.root wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.kernel cp kamikaze.root kamikaze.kernel /var/lib/tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs prend un certain temps (plus de 10 minutes) RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 finaliser en tapant exec RedBoot> exec !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat --dako 2007-07-21 --dako 2007-07-31 1722 1721 2007-08-03T12:48:38Z Dako 4 /* wireless */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 astuce2 avec atheros et le mode 11a l' option distance est importante. voir [[test athctrl]] exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install tftpd-hpa en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.root wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.kernel cp kamikaze.root kamikaze.kernel /var/lib/tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs prend un certain temps (plus de 10 minutes) RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 finaliser en tapant exec RedBoot> exec !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat --dako 2007-07-21 --dako 2007-07-31 1723 1722 2007-08-03T12:49:02Z Dako 4 /* wireless */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 astuce2 avec atheros et le mode 11a l' option distance est importante. voir [[test athctrl]] exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install tftpd-hpa en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.root wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.kernel cp kamikaze.root kamikaze.kernel /var/lib/tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs prend un certain temps (plus de 10 minutes) RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 finaliser en tapant exec RedBoot> exec !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat --dako 2007-07-21 --dako 2007-07-31 1728 1723 2007-08-11T15:45:44Z Dako 4 /* installer openwrt kamikaze pour x86 */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== =====info-soekris===== je comprend toujours pas mais la meme image que dans un wrap sur une soekris mais horriblement longtemps a booter =====info-wrap===== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 astuce2 avec atheros et le mode 11a l' option distance est importante. voir [[test athctrl]] exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install tftpd-hpa en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.root wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.kernel cp kamikaze.root kamikaze.kernel /var/lib/tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs prend un certain temps (plus de 10 minutes) RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 finaliser en tapant exec RedBoot> exec !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat --dako 2007-07-21 --dako 2007-07-31 1729 1728 2007-08-29T21:07:49Z Dako 4 /* configurer */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== =====info-soekris===== je comprend toujours pas mais la meme image que dans un wrap sur une soekris mais horriblement longtemps a booter =====info-wrap===== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.06/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 astuce2 avec atheros et le mode 11a l' option distance est importante. voir [[test athctrl]] exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install tftpd-hpa en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.root wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.kernel cp kamikaze.root kamikaze.kernel /var/lib/tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs prend un certain temps (plus de 10 minutes) RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 finaliser en tapant exec RedBoot> exec !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat --dako 2007-07-21 --dako 2007-07-31 1730 1729 2007-08-29T21:08:26Z Dako 4 /* info-wrap */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== =====info-soekris===== je comprend toujours pas mais la meme image que dans un wrap sur une soekris mais horriblement longtemps a booter =====info-wrap===== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 astuce2 avec atheros et le mode 11a l' option distance est importante. voir [[test athctrl]] exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install tftpd-hpa en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.root wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.kernel cp kamikaze.root kamikaze.kernel /var/lib/tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs prend un certain temps (plus de 10 minutes) RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 finaliser en tapant exec RedBoot> exec !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat --dako 2007-07-21 --dako 2007-07-31 1731 1730 2007-09-02T06:48:57Z Dako 4 wikitext text/x-wiki ==installer openwrt kamikaze pour x86== =====info-soekris===== je comprend toujours pas mais la meme image que dans un wrap sur une soekris mais horriblement longtemps a booter =====info-wrap===== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 astuce2 avec atheros et le mode 11a l' option distance est importante. voir [[test athctrl]] exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install tftpd-hpa en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.root wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.kernel cp kamikaze.root kamikaze.kernel /var/lib/tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs prend un certain temps (plus de 10 minutes) RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 finaliser en tapant exec RedBoot> exec !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat ==config avancée== ===mode ap et adhoc sur la meme interface=== afin que mamy puisse servire la communauté tout en surfant de son fauteuil --dako 2007-07-21 --dako 2007-07-31 1732 1731 2007-09-02T07:29:27Z Dako 4 /* wireless */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== =====info-soekris===== je comprend toujours pas mais la meme image que dans un wrap sur une soekris mais horriblement longtemps a booter =====info-wrap===== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 astuce2 avec atheros et le mode 11a l' option distance est importante. voir [[test athctrl]] exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option mode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.mode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install tftpd-hpa en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.root wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.kernel cp kamikaze.root kamikaze.kernel /var/lib/tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs prend un certain temps (plus de 10 minutes) RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 finaliser en tapant exec RedBoot> exec !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' option mode 11b # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat ==config avancée== ===mode ap et adhoc sur la meme interface=== afin que mamy puisse servire la communauté tout en surfant de son fauteuil --dako 2007-07-21 --dako 2007-07-31 1733 1732 2007-10-15T11:49:06Z Dako 4 f wikitext text/x-wiki ==installer openwrt kamikaze pour x86== =====info-soekris===== je comprend toujours pas mais la meme image que dans un wrap sur une soekris mais horriblement longtemps a booter =====info-wrap===== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 astuce2 avec atheros et le mode 11a l' option distance est importante. voir [[test athctrl]] exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option agmode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.agmode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install tftpd-hpa en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.root wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.kernel cp kamikaze.root kamikaze.kernel /var/lib/tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs prend un certain temps (plus de 10 minutes) RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 finaliser en tapant exec RedBoot> exec !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' option mode 11b # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat ==config avancée== ===mode ap et adhoc sur la meme interface=== afin que mamy puisse servire la communauté tout en surfant de son fauteuil --dako 2007-07-21 --dako 2007-07-31 1734 1733 2007-10-15T11:49:47Z Dako 4 /* wireless */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== =====info-soekris===== je comprend toujours pas mais la meme image que dans un wrap sur une soekris mais horriblement longtemps a booter =====info-wrap===== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 astuce2 avec atheros et le mode 11a l' option distance est importante. voir [[test athctrl]] exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option agmode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.agmode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install tftpd-hpa en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.root wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.kernel cp kamikaze.root kamikaze.kernel /var/lib/tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs prend un certain temps (plus de 10 minutes) RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 finaliser en tapant exec RedBoot> exec !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' option agmode 11b # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat ==config avancée== ===mode ap et adhoc sur la meme interface=== afin que mamy puisse servire la communauté tout en surfant de son fauteuil --dako 2007-07-21 --dako 2007-07-31 1735 1734 2007-10-16T07:38:45Z Dako 4 /* info-soekris */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== =====info-soekris===== [reglé] je comprend toujours pas mais la meme image que dans un wrap sur une soekris mais horriblement longtemps a booter [/reglé] ben voila ces quelques modification regle l affaire il suffit d editer /boot/grub/menulist seulement je ne le trouvait pas, c est parce qu il fallait le monter pour l editer. #mkdir /boot #mount /dev/hda1 /boot #vi /boot/boot/grub/menulist et modifez le debut du fichier telquel serial --unit=0 --speed=19200 --word=8 --parity=no --stop=1 terminal serial default 0 timeout 0 =====info-wrap===== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 astuce2 avec atheros et le mode 11a l' option distance est importante. voir [[test athctrl]] exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option agmode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.agmode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install tftpd-hpa en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.root wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.kernel cp kamikaze.root kamikaze.kernel /var/lib/tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs prend un certain temps (plus de 10 minutes) RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 finaliser en tapant exec RedBoot> exec !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' option agmode 11b # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat ==config avancée== ===mode ap et adhoc sur la meme interface=== afin que mamy puisse servire la communauté tout en surfant de son fauteuil --dako 2007-07-21 --dako 2007-07-31 1742 1735 2007-11-17T09:09:15Z Dako 4 /* info-soekris */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== =====info-soekris===== [reglé] je comprend toujours pas mais la meme image que dans un wrap sur une soekris mais horriblement longtemps a booter [/reglé] ben voila ces quelques modification regle l affaire il suffit d editer /boot/grub/menulist seulement je ne le trouvait pas, c est parce qu il fallait le monter pour l editer. #mkdir /boot #mount /dev/hda1 /boot #vi /boot/boot/grub/menulist et modifez le debut du fichier telquel serial --unit=0 --speed=19200 --word=8 --parity=no --stop=1 terminal serial default 0 timeout 0 pour une soekris avec pcmcia installez : root@OpenWrt:~# ipkg install pcmcia-cs_3.2.8-1_mipsel.ipk Installing pcmcia-cs (3.2.8-1) to root... Configuring pcmcia-cs Done. root@OpenWrt:~# ipkg install kmod-pcmcia-core_2.4.34-brcm-1_mipsel.ipk Installing kmod-pcmcia-core (2.4.34-brcm-1) to root... Configuring kmod-pcmcia-core Done. =====info-wrap===== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 astuce2 avec atheros et le mode 11a l' option distance est importante. voir [[test athctrl]] exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option agmode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.agmode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install tftpd-hpa en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.root wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.kernel cp kamikaze.root kamikaze.kernel /var/lib/tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs prend un certain temps (plus de 10 minutes) RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 finaliser en tapant exec RedBoot> exec !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' option agmode 11b # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat ==config avancée== ===mode ap et adhoc sur la meme interface=== afin que mamy puisse servire la communauté tout en surfant de son fauteuil --dako 2007-07-21 --dako 2007-07-31 1747 1742 2007-12-13T21:22:17Z Dako 4 /* mode ap et adhoc sur la meme interface */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== =====info-soekris===== [reglé] je comprend toujours pas mais la meme image que dans un wrap sur une soekris mais horriblement longtemps a booter [/reglé] ben voila ces quelques modification regle l affaire il suffit d editer /boot/grub/menulist seulement je ne le trouvait pas, c est parce qu il fallait le monter pour l editer. #mkdir /boot #mount /dev/hda1 /boot #vi /boot/boot/grub/menulist et modifez le debut du fichier telquel serial --unit=0 --speed=19200 --word=8 --parity=no --stop=1 terminal serial default 0 timeout 0 pour une soekris avec pcmcia installez : root@OpenWrt:~# ipkg install pcmcia-cs_3.2.8-1_mipsel.ipk Installing pcmcia-cs (3.2.8-1) to root... Configuring pcmcia-cs Done. root@OpenWrt:~# ipkg install kmod-pcmcia-core_2.4.34-brcm-1_mipsel.ipk Installing kmod-pcmcia-core (2.4.34-brcm-1) to root... Configuring kmod-pcmcia-core Done. =====info-wrap===== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 astuce2 avec atheros et le mode 11a l' option distance est importante. voir [[test athctrl]] exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option agmode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.agmode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install tftpd-hpa en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.root wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.kernel cp kamikaze.root kamikaze.kernel /var/lib/tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs prend un certain temps (plus de 10 minutes) RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 finaliser en tapant exec RedBoot> exec !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' option agmode 11b # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat ==config avancée== ===divers conseils concernant le mode ad-hoc=== carte a ne pas utiliser au mode ad-hoc *senao ==conseil repris du forum openwrt ( par onebit)== I use kamikaze in a mesh network. Each node is configured in adhoc mode. Broadcom hardware have no problem, while atheros card (meraki, routerboard + CM9) have a lot of problems. These are my configuration tips 0) compile kamikaze with rate control setted to sample. Edit package/madwifi/Makefile RATE_CONTROL:=sample 1) Set diversity to 0 in /etc/config/wireless (broadcast goes into one antenna) 2) Set fixed bssid on all nodes (to stop divergency) 3) rts and frag to off (in mesh mode rts has to be set but with madwifi is hard...) 4) set channel (random madwifi segmentation if omitted) ---> /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option diversity 0 option txantenna 1 option rxantenna 1 option agmode 11g config wifi-iface option device wifi0 option mode adhoc option ssid XXX option hidden 0 option encryption wep option key XXXXXXXXXX option bssid AA:BB:CC:DD:EE:FF option txpower 18 #option rts 250 #option frag 256 5) in /etc/sysctl.conf (for "ath_mgtstart: discard, no xmit buf" problem) vm.min_free_kbytes = 10000 6) for "ath_mgtstart: discard, no xmit buf" problem and ramping problem $> iwpriv ath0 uapsd 0 7) to alleviate ramping problem (see http://madwifi.org/ticket/1154) $> iwpriv ath0 bintval 1000 8) set fixed rate on wireless interface $> iwconfig ath0 rate 12M ===mode ap et adhoc sur la meme interface=== afin que mamy puisse servire la communauté tout en surfant de son fauteuil --dako 2007-07-21 --dako 2007-07-31 1748 1747 2007-12-14T08:49:52Z Dako 4 /* conseil repris du forum openwrt ( par onebit) */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== =====info-soekris===== [reglé] je comprend toujours pas mais la meme image que dans un wrap sur une soekris mais horriblement longtemps a booter [/reglé] ben voila ces quelques modification regle l affaire il suffit d editer /boot/grub/menulist seulement je ne le trouvait pas, c est parce qu il fallait le monter pour l editer. #mkdir /boot #mount /dev/hda1 /boot #vi /boot/boot/grub/menulist et modifez le debut du fichier telquel serial --unit=0 --speed=19200 --word=8 --parity=no --stop=1 terminal serial default 0 timeout 0 pour une soekris avec pcmcia installez : root@OpenWrt:~# ipkg install pcmcia-cs_3.2.8-1_mipsel.ipk Installing pcmcia-cs (3.2.8-1) to root... Configuring pcmcia-cs Done. root@OpenWrt:~# ipkg install kmod-pcmcia-core_2.4.34-brcm-1_mipsel.ipk Installing kmod-pcmcia-core (2.4.34-brcm-1) to root... Configuring kmod-pcmcia-core Done. =====info-wrap===== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 astuce2 avec atheros et le mode 11a l' option distance est importante. voir [[test athctrl]] exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option agmode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.agmode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install tftpd-hpa en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.root wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.kernel cp kamikaze.root kamikaze.kernel /var/lib/tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs prend un certain temps (plus de 10 minutes) RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 finaliser en tapant exec RedBoot> exec !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' option agmode 11b # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat ==config avancée== ===divers conseils concernant le mode ad-hoc=== carte a ne pas utiliser au mode ad-hoc *senao ''conseil repris du forum openwrt ( par onebit)'' selon onebit, sous le mode ad-hoc. le matériel Broadcom (wrt54g etc...) n' a aucun problème, par contre les cartes atheros (meraki, routerboard + CM9) ont quelques problèmes. ==voici quelques conseils== 0) compile kamikaze with rate control setted to sample. Edit package/madwifi/Makefile RATE_CONTROL:=sample 1) Set diversity to 0 in /etc/config/wireless (broadcast goes into one antenna) 2) Set fixed bssid on all nodes (to stop divergency) 3) rts and frag to off (in mesh mode rts has to be set but with madwifi is hard...) 4) set channel (random madwifi segmentation if omitted) ---> /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option diversity 0 option txantenna 1 option rxantenna 1 option agmode 11g config wifi-iface option device wifi0 option mode adhoc option ssid XXX option hidden 0 option encryption wep option key XXXXXXXXXX option bssid AA:BB:CC:DD:EE:FF option txpower 18 #option rts 250 #option frag 256 5) in /etc/sysctl.conf (for "ath_mgtstart: discard, no xmit buf" problem) vm.min_free_kbytes = 10000 6) for "ath_mgtstart: discard, no xmit buf" problem and ramping problem $> iwpriv ath0 uapsd 0 7) to alleviate ramping problem (see http://madwifi.org/ticket/1154) $> iwpriv ath0 bintval 1000 8) set fixed rate on wireless interface $> iwconfig ath0 rate 12M ===mode ap et adhoc sur la meme interface=== afin que mamy puisse servire la communauté tout en surfant de son fauteuil --dako 2007-07-21 --dako 2007-07-31 1749 1748 2007-12-14T08:52:04Z Dako 4 /* voici quelques conseils */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== =====info-soekris===== [reglé] je comprend toujours pas mais la meme image que dans un wrap sur une soekris mais horriblement longtemps a booter [/reglé] ben voila ces quelques modification regle l affaire il suffit d editer /boot/grub/menulist seulement je ne le trouvait pas, c est parce qu il fallait le monter pour l editer. #mkdir /boot #mount /dev/hda1 /boot #vi /boot/boot/grub/menulist et modifez le debut du fichier telquel serial --unit=0 --speed=19200 --word=8 --parity=no --stop=1 terminal serial default 0 timeout 0 pour une soekris avec pcmcia installez : root@OpenWrt:~# ipkg install pcmcia-cs_3.2.8-1_mipsel.ipk Installing pcmcia-cs (3.2.8-1) to root... Configuring pcmcia-cs Done. root@OpenWrt:~# ipkg install kmod-pcmcia-core_2.4.34-brcm-1_mipsel.ipk Installing kmod-pcmcia-core (2.4.34-brcm-1) to root... Configuring kmod-pcmcia-core Done. =====info-wrap===== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 astuce2 avec atheros et le mode 11a l' option distance est importante. voir [[test athctrl]] exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option agmode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.agmode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install tftpd-hpa en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.root wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.kernel cp kamikaze.root kamikaze.kernel /var/lib/tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs prend un certain temps (plus de 10 minutes) RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 finaliser en tapant exec RedBoot> exec !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' option agmode 11b # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat ==config avancée== ===divers conseils concernant le mode ad-hoc=== carte a ne pas utiliser au mode ad-hoc *senao ''conseil repris du forum openwrt ( par onebit)'' selon onebit, sous le mode ad-hoc. le matériel Broadcom (wrt54g etc...) n' a aucun problème, par contre les cartes atheros (meraki, routerboard + CM9) ont quelques problèmes. =voici quelques conseils= 0) compile kamikaze with rate control setted to sample. Edit package/madwifi/Makefile RATE_CONTROL:=sample 1) Set diversity to 0 in /etc/config/wireless (broadcast goes into one antenna) 2) Set fixed bssid on all nodes (to stop divergency) 3) rts and frag to off (in mesh mode rts has to be set but with madwifi is hard...) 4) set channel (random madwifi segmentation if omitted) ---> /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option diversity 0 option txantenna 1 option rxantenna 1 option agmode 11g config wifi-iface option device wifi0 option mode adhoc option ssid XXX option hidden 0 option encryption wep option key XXXXXXXXXX option bssid AA:BB:CC:DD:EE:FF option txpower 18 #option rts 250 #option frag 256 5) in /etc/sysctl.conf (for "ath_mgtstart: discard, no xmit buf" problem) vm.min_free_kbytes = 10000 6) for "ath_mgtstart: discard, no xmit buf" problem and ramping problem $> iwpriv ath0 uapsd 0 7) to alleviate ramping problem (see http://madwifi.org/ticket/1154) $> iwpriv ath0 bintval 1000 8) set fixed rate on wireless interface $> iwconfig ath0 rate 12M ===mode ap et adhoc sur la meme interface=== afin que mamy puisse servire la communauté tout en surfant de son fauteuil --dako 2007-07-21 --dako 2007-07-31 1750 1749 2007-12-14T08:58:53Z Dako 4 /* voici quelques conseils */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== =====info-soekris===== [reglé] je comprend toujours pas mais la meme image que dans un wrap sur une soekris mais horriblement longtemps a booter [/reglé] ben voila ces quelques modification regle l affaire il suffit d editer /boot/grub/menulist seulement je ne le trouvait pas, c est parce qu il fallait le monter pour l editer. #mkdir /boot #mount /dev/hda1 /boot #vi /boot/boot/grub/menulist et modifez le debut du fichier telquel serial --unit=0 --speed=19200 --word=8 --parity=no --stop=1 terminal serial default 0 timeout 0 pour une soekris avec pcmcia installez : root@OpenWrt:~# ipkg install pcmcia-cs_3.2.8-1_mipsel.ipk Installing pcmcia-cs (3.2.8-1) to root... Configuring pcmcia-cs Done. root@OpenWrt:~# ipkg install kmod-pcmcia-core_2.4.34-brcm-1_mipsel.ipk Installing kmod-pcmcia-core (2.4.34-brcm-1) to root... Configuring kmod-pcmcia-core Done. =====info-wrap===== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 astuce2 avec atheros et le mode 11a l' option distance est importante. voir [[test athctrl]] exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option agmode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.agmode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install tftpd-hpa en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.root wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.kernel cp kamikaze.root kamikaze.kernel /var/lib/tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs prend un certain temps (plus de 10 minutes) RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 finaliser en tapant exec RedBoot> exec !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' option agmode 11b # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat ==config avancée== ===divers conseils concernant le mode ad-hoc=== carte a ne pas utiliser au mode ad-hoc *senao ''conseil repris du forum openwrt ( par onebit)'' selon onebit, sous le mode ad-hoc. le matériel Broadcom (wrt54g etc...) n' a aucun problème, par contre les cartes atheros (meraki, routerboard + CM9) ont quelques problèmes. _quelques conseils:_ * compiler kamikaze avec le "rate control" mis a "sample". Editez package/madwifi/Makefile et changez la valeur suivante. RATE_CONTROL:=sample * mettez la valeur de l option diversity a 0 dans /etc/config/wireless (le broadcast arrive dans une antenne) * fixez le bssid sur tout les noeuds (pour arreter la divergence--> impossible avec les senaos) * mettez les valeurs rts et frag a off (dans le "mesh mode" rts doit etre mis mais avec madwifi c est dur...) * fixez le channel (random madwifi segmentation if omitted) ---> /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option diversity 0 option txantenna 1 option rxantenna 1 option agmode 11g config wifi-iface option device wifi0 option mode adhoc option ssid XXX option hidden 0 option encryption wep option key XXXXXXXXXX option bssid AA:BB:CC:DD:EE:FF option txpower 18 #option rts 250 #option frag 256 5) in /etc/sysctl.conf (for "ath_mgtstart: discard, no xmit buf" problem) vm.min_free_kbytes = 10000 6) for "ath_mgtstart: discard, no xmit buf" problem and ramping problem $> iwpriv ath0 uapsd 0 7) to alleviate ramping problem (see http://madwifi.org/ticket/1154) $> iwpriv ath0 bintval 1000 8) set fixed rate on wireless interface $> iwconfig ath0 rate 12M ===mode ap et adhoc sur la meme interface=== afin que mamy puisse servire la communauté tout en surfant de son fauteuil --dako 2007-07-21 --dako 2007-07-31 1751 1750 2007-12-14T09:01:23Z Dako 4 wikitext text/x-wiki ==installer openwrt kamikaze pour x86== =====info-soekris===== [reglé] je comprend toujours pas mais la meme image que dans un wrap sur une soekris mais horriblement longtemps a booter [/reglé] ben voila ces quelques modification regle l affaire il suffit d editer /boot/grub/menulist seulement je ne le trouvait pas, c est parce qu il fallait le monter pour l editer. #mkdir /boot #mount /dev/hda1 /boot #vi /boot/boot/grub/menulist et modifez le debut du fichier telquel serial --unit=0 --speed=19200 --word=8 --parity=no --stop=1 terminal serial default 0 timeout 0 pour une soekris avec pcmcia installez : root@OpenWrt:~# ipkg install pcmcia-cs_3.2.8-1_mipsel.ipk Installing pcmcia-cs (3.2.8-1) to root... Configuring pcmcia-cs Done. root@OpenWrt:~# ipkg install kmod-pcmcia-core_2.4.34-brcm-1_mipsel.ipk Installing kmod-pcmcia-core (2.4.34-brcm-1) to root... Configuring kmod-pcmcia-core Done. =====info-wrap===== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 astuce2 avec atheros et le mode 11a l' option distance est importante. voir [[test athctrl]] exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option agmode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.agmode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install tftpd-hpa en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.root wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.kernel cp kamikaze.root kamikaze.kernel /var/lib/tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs prend un certain temps (plus de 10 minutes) RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 finaliser en tapant exec RedBoot> exec !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' option agmode 11b # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat ==config avancée== ===divers conseils concernant le mode ad-hoc=== carte a ne pas utiliser au mode ad-hoc *senao ''conseil repris du forum openwrt ( par onebit)'' selon onebit, sous le mode ad-hoc. le matériel Broadcom (wrt54g etc...) n' a aucun problème, par contre les cartes atheros (meraki, routerboard + CM9) ont quelques problèmes. _quelques conseils:_ * compiler kamikaze avec le "rate control" mis a "sample". Editez package/madwifi/Makefile et changez la valeur suivante. RATE_CONTROL:=sample * mettez la valeur de l option diversity a 0 dans /etc/config/wireless (le broadcast arrive dans une antenne) * fixez le bssid sur tout les noeuds (pour arreter la divergence--> impossible avec les senaos) * mettez les valeurs rts et frag a off (dans le "mesh mode" rts doit etre mis mais avec madwifi c est dur...) * fixez le channel (random madwifi segmentation if omitted) ---> /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option diversity 0 option txantenna 1 option rxantenna 1 option agmode 11g config wifi-iface option device wifi0 option mode adhoc option ssid XXX option hidden 0 option encryption wep option key XXXXXXXXXX option bssid AA:BB:CC:DD:EE:FF option txpower 18 #option rts 250 #option frag 256 5) in /etc/sysctl.conf (for "ath_mgtstart: discard, no xmit buf" problem) vm.min_free_kbytes = 10000 6) for "ath_mgtstart: discard, no xmit buf" problem and ramping problem $> iwpriv ath0 uapsd 0 7) to alleviate ramping problem (see http://madwifi.org/ticket/1154) $> iwpriv ath0 bintval 1000 8) set fixed rate on wireless interface $> iwconfig ath0 rate 12M ===mode ap et adhoc sur la meme interface=== afin que mamy puisse servire la communauté tout en surfant de son fauteuil --dako 2007-07-21 --dako 2007-07-31 1752 1751 2007-12-14T09:15:49Z Dako 4 wikitext text/x-wiki ==installer openwrt kamikaze pour x86== =====info-soekris===== [reglé] je comprend toujours pas mais la meme image que dans un wrap sur une soekris mais horriblement longtemps a booter [/reglé] ben voila ces quelques modification regle l affaire il suffit d editer /boot/grub/menulist seulement je ne le trouvait pas, c est parce qu il fallait le monter pour l editer. #mkdir /boot #mount /dev/hda1 /boot #vi /boot/boot/grub/menulist et modifez le debut du fichier telquel serial --unit=0 --speed=19200 --word=8 --parity=no --stop=1 terminal serial default 0 timeout 0 pour une soekris avec pcmcia installez : root@OpenWrt:~# ipkg install pcmcia-cs_3.2.8-1_mipsel.ipk Installing pcmcia-cs (3.2.8-1) to root... Configuring pcmcia-cs Done. root@OpenWrt:~# ipkg install kmod-pcmcia-core_2.4.34-brcm-1_mipsel.ipk Installing kmod-pcmcia-core (2.4.34-brcm-1) to root... Configuring kmod-pcmcia-core Done. =====info-wrap===== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 astuce2 avec atheros et le mode 11a l' option distance est importante. voir [[test athctrl]] exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option agmode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.agmode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== ipkg update && ipkg install http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/asterisk_1.2.16-1_i386.ipk vous pouvez toujours modifier l adresse par une autre version presentes sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ un backport pour kamikaze et asterisk 1.45 src asterisk14 http://members.home.nl/hans.zandbelt/openwrt/kamikaze/packages/asterisk-1.4/x86 ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install tftpd-hpa en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.root wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.kernel cp kamikaze.root kamikaze.kernel /var/lib/tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs prend un certain temps (plus de 10 minutes) RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 finaliser en tapant exec RedBoot> exec !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' option agmode 11b # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat ==config avancée== ===divers conseils concernant le mode ad-hoc=== carte a ne pas utiliser au mode ad-hoc *senao ''conseil repris du forum openwrt ( par onebit)'' selon onebit, sous le mode ad-hoc. le matériel Broadcom (wrt54g etc...) n' a aucun problème, par contre les cartes atheros (meraki, routerboard + CM9) ont quelques problèmes. _quelques conseils:_ * compiler kamikaze avec le "rate control" mis a "sample". Editez package/madwifi/Makefile et changez la valeur suivante. RATE_CONTROL:=sample * mettez la valeur de l option diversity a 0 dans /etc/config/wireless (le broadcast arrive dans une antenne) * fixez le bssid sur tout les noeuds (pour arreter la divergence--> impossible avec les senaos) * mettez les valeurs rts et frag a off (dans le "mesh mode" rts doit etre mis mais avec madwifi c est dur...) * fixez le channel (random madwifi segmentation if omitted) ** exemple du fichier /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option diversity 0 option txantenna 1 option rxantenna 1 option agmode 11g config wifi-iface option device wifi0 option mode adhoc option ssid XXX option hidden 0 option encryption wep option key XXXXXXXXXX option bssid AA:BB:CC:DD:EE:FF option txpower 18 #option rts 250 #option frag 256 * dans /etc/sysctl.conf (pour le probleme: "ath_mgtstart: discard, no xmit buf") vm.min_free_kbytes = 10000 * pour le probleme de "ramping" "ath_mgtstart: discard, no xmit buf" #iwpriv ath0 uapsd 0 * pour allèger le problème de ramping (voir http://madwifi.org/ticket/1154) #iwpriv ath0 bintval 1000 * fixez le rate sur l'interface #iwconfig ath0 rate 12M ===mode ap et adhoc sur la meme interface=== afin que mamy puisse servire la communauté tout en surfant de son fauteuil --dako 2007-07-21 --dako 2007-07-31 1753 1752 2007-12-14T09:18:32Z Dako 4 /* asterisk */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== =====info-soekris===== [reglé] je comprend toujours pas mais la meme image que dans un wrap sur une soekris mais horriblement longtemps a booter [/reglé] ben voila ces quelques modification regle l affaire il suffit d editer /boot/grub/menulist seulement je ne le trouvait pas, c est parce qu il fallait le monter pour l editer. #mkdir /boot #mount /dev/hda1 /boot #vi /boot/boot/grub/menulist et modifez le debut du fichier telquel serial --unit=0 --speed=19200 --word=8 --parity=no --stop=1 terminal serial default 0 timeout 0 pour une soekris avec pcmcia installez : root@OpenWrt:~# ipkg install pcmcia-cs_3.2.8-1_mipsel.ipk Installing pcmcia-cs (3.2.8-1) to root... Configuring pcmcia-cs Done. root@OpenWrt:~# ipkg install kmod-pcmcia-core_2.4.34-brcm-1_mipsel.ipk Installing kmod-pcmcia-core (2.4.34-brcm-1) to root... Configuring kmod-pcmcia-core Done. =====info-wrap===== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 astuce2 avec atheros et le mode 11a l' option distance est importante. voir [[test athctrl]] exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option agmode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.agmode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== (pas fini) une version pour la kamikaze actuelle est presente sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ les test eont en cours avec le paquet asterisk-mini ...a suivre (2007-12-14) ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install tftpd-hpa en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.root wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.kernel cp kamikaze.root kamikaze.kernel /var/lib/tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs prend un certain temps (plus de 10 minutes) RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 finaliser en tapant exec RedBoot> exec !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' option agmode 11b # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat ==config avancée== ===divers conseils concernant le mode ad-hoc=== carte a ne pas utiliser au mode ad-hoc *senao ''conseil repris du forum openwrt ( par onebit)'' selon onebit, sous le mode ad-hoc. le matériel Broadcom (wrt54g etc...) n' a aucun problème, par contre les cartes atheros (meraki, routerboard + CM9) ont quelques problèmes. _quelques conseils:_ * compiler kamikaze avec le "rate control" mis a "sample". Editez package/madwifi/Makefile et changez la valeur suivante. RATE_CONTROL:=sample * mettez la valeur de l option diversity a 0 dans /etc/config/wireless (le broadcast arrive dans une antenne) * fixez le bssid sur tout les noeuds (pour arreter la divergence--> impossible avec les senaos) * mettez les valeurs rts et frag a off (dans le "mesh mode" rts doit etre mis mais avec madwifi c est dur...) * fixez le channel (random madwifi segmentation if omitted) ** exemple du fichier /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option diversity 0 option txantenna 1 option rxantenna 1 option agmode 11g config wifi-iface option device wifi0 option mode adhoc option ssid XXX option hidden 0 option encryption wep option key XXXXXXXXXX option bssid AA:BB:CC:DD:EE:FF option txpower 18 #option rts 250 #option frag 256 * dans /etc/sysctl.conf (pour le probleme: "ath_mgtstart: discard, no xmit buf") vm.min_free_kbytes = 10000 * pour le probleme de "ramping" "ath_mgtstart: discard, no xmit buf" #iwpriv ath0 uapsd 0 * pour allèger le problème de ramping (voir http://madwifi.org/ticket/1154) #iwpriv ath0 bintval 1000 * fixez le rate sur l'interface #iwconfig ath0 rate 12M ===mode ap et adhoc sur la meme interface=== afin que mamy puisse servire la communauté tout en surfant de son fauteuil --dako 2007-07-21 --dako 2007-07-31 1754 1753 2007-12-14T09:19:45Z Dako 4 /* divers conseils concernant le mode ad-hoc */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== =====info-soekris===== [reglé] je comprend toujours pas mais la meme image que dans un wrap sur une soekris mais horriblement longtemps a booter [/reglé] ben voila ces quelques modification regle l affaire il suffit d editer /boot/grub/menulist seulement je ne le trouvait pas, c est parce qu il fallait le monter pour l editer. #mkdir /boot #mount /dev/hda1 /boot #vi /boot/boot/grub/menulist et modifez le debut du fichier telquel serial --unit=0 --speed=19200 --word=8 --parity=no --stop=1 terminal serial default 0 timeout 0 pour une soekris avec pcmcia installez : root@OpenWrt:~# ipkg install pcmcia-cs_3.2.8-1_mipsel.ipk Installing pcmcia-cs (3.2.8-1) to root... Configuring pcmcia-cs Done. root@OpenWrt:~# ipkg install kmod-pcmcia-core_2.4.34-brcm-1_mipsel.ipk Installing kmod-pcmcia-core (2.4.34-brcm-1) to root... Configuring kmod-pcmcia-core Done. =====info-wrap===== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 astuce2 avec atheros et le mode 11a l' option distance est importante. voir [[test athctrl]] exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option agmode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.agmode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== (pas fini) une version pour la kamikaze actuelle est presente sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ les test eont en cours avec le paquet asterisk-mini ...a suivre (2007-12-14) ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install tftpd-hpa en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.root wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.kernel cp kamikaze.root kamikaze.kernel /var/lib/tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs prend un certain temps (plus de 10 minutes) RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 finaliser en tapant exec RedBoot> exec !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' option agmode 11b # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat ==config avancée== ===divers conseils concernant le mode ad-hoc=== carte a ne pas utiliser au mode ad-hoc *senao *orinoco ''conseil repris du forum openwrt ( par onebit)'' selon onebit, sous le mode ad-hoc. le matériel Broadcom (wrt54g etc...) n' a aucun problème, par contre les cartes atheros (meraki, routerboard + CM9) ont quelques problèmes. quelques conseils: * compiler kamikaze avec le "rate control" mis a "sample". Editez package/madwifi/Makefile et changez la valeur suivante. RATE_CONTROL:=sample * mettez la valeur de l option diversity a 0 dans /etc/config/wireless (le broadcast arrive dans une antenne) * fixez le bssid sur tout les noeuds (pour arreter la divergence--> impossible avec les senaos) * mettez les valeurs rts et frag a off (dans le "mesh mode" rts doit etre mis mais avec madwifi c est dur...) * fixez le channel (random madwifi segmentation if omitted) ** exemple du fichier /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option diversity 0 option txantenna 1 option rxantenna 1 option agmode 11g config wifi-iface option device wifi0 option mode adhoc option ssid XXX option hidden 0 option encryption wep option key XXXXXXXXXX option bssid AA:BB:CC:DD:EE:FF option txpower 18 #option rts 250 #option frag 256 * dans /etc/sysctl.conf (pour le probleme: "ath_mgtstart: discard, no xmit buf") vm.min_free_kbytes = 10000 * pour le probleme de "ramping" "ath_mgtstart: discard, no xmit buf" #iwpriv ath0 uapsd 0 * pour allèger le problème de ramping (voir http://madwifi.org/ticket/1154) #iwpriv ath0 bintval 1000 * fixez le rate sur l'interface #iwconfig ath0 rate 12M ===mode ap et adhoc sur la meme interface=== afin que mamy puisse servire la communauté tout en surfant de son fauteuil --dako 2007-07-21 --dako 2007-07-31 1755 1754 2007-12-14T09:20:59Z Dako 4 wikitext text/x-wiki ==installer openwrt kamikaze pour x86== =====info-soekris===== [reglé] je comprend toujours pas mais la meme image que dans un wrap sur une soekris mais horriblement longtemps a booter [/reglé] ben voila ces quelques modification regle l affaire il suffit d editer /boot/grub/menulist seulement je ne le trouvait pas, c est parce qu il fallait le monter pour l editer. #mkdir /boot #mount /dev/hda1 /boot #vi /boot/boot/grub/menulist et modifez le debut du fichier telquel serial --unit=0 --speed=19200 --word=8 --parity=no --stop=1 terminal serial default 0 timeout 0 pour une soekris avec pcmcia installez : root@OpenWrt:~# ipkg install pcmcia-cs_3.2.8-1_mipsel.ipk Installing pcmcia-cs (3.2.8-1) to root... Configuring pcmcia-cs Done. root@OpenWrt:~# ipkg install kmod-pcmcia-core_2.4.34-brcm-1_mipsel.ipk Installing kmod-pcmcia-core (2.4.34-brcm-1) to root... Configuring kmod-pcmcia-core Done. =====info-wrap===== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 astuce2 avec atheros et le mode 11a l' option distance est importante. voir [[test athctrl]] exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option agmode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.agmode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== (pas fini) une version pour la kamikaze actuelle est presente sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ les test eont en cours avec le paquet asterisk-mini ...a suivre (2007-12-14) ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install tftpd-hpa en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.root wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.kernel cp kamikaze.root kamikaze.kernel /var/lib/tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs prend un certain temps (plus de 10 minutes) RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 finaliser en tapant exec RedBoot> exec !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' option agmode 11b # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat ==config avancée== ===divers conseils concernant le mode ad-hoc=== carte a ne pas utiliser au mode ad-hoc *senao *orinoco ''conseil repris du forum openwrt ( par onebit)'' selon onebit, sous le mode ad-hoc. le matériel Broadcom (wrt54g etc...) n' a aucun problème, par contre les cartes atheros (meraki, routerboard + CM9) ont quelques problèmes. ====quelques conseils:==== * compiler kamikaze avec le "rate control" mis a "sample". Editez package/madwifi/Makefile et changez la valeur suivante. RATE_CONTROL:=sample * mettez la valeur de l option diversity a 0 dans /etc/config/wireless (le broadcast arrive dans une antenne) * fixez le bssid sur tout les noeuds (pour arreter la divergence--> impossible avec les senaos) * mettez les valeurs rts et frag a off (dans le "mesh mode" rts doit etre mis mais avec madwifi c est dur...) * fixez le channel (random madwifi segmentation if omitted) ** exemple du fichier /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option diversity 0 option txantenna 1 option rxantenna 1 option agmode 11g config wifi-iface option device wifi0 option mode adhoc option ssid XXX option hidden 0 option encryption wep option key XXXXXXXXXX option bssid AA:BB:CC:DD:EE:FF option txpower 18 #option rts 250 #option frag 256 * dans /etc/sysctl.conf (pour le probleme: "ath_mgtstart: discard, no xmit buf") vm.min_free_kbytes = 10000 * pour le probleme de "ramping" "ath_mgtstart: discard, no xmit buf" #iwpriv ath0 uapsd 0 * pour allèger le problème de ramping (voir http://madwifi.org/ticket/1154) #iwpriv ath0 bintval 1000 * fixez le rate sur l'interface #iwconfig ath0 rate 12M ===mode ap et adhoc sur la meme interface=== afin que mamy puisse servire la communauté tout en surfant de son fauteuil --dako 2007-07-21 --dako 2007-07-31 1756 1755 2007-12-14T09:21:31Z Dako 4 /* divers conseils concernant le mode ad-hoc */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== =====info-soekris===== [reglé] je comprend toujours pas mais la meme image que dans un wrap sur une soekris mais horriblement longtemps a booter [/reglé] ben voila ces quelques modification regle l affaire il suffit d editer /boot/grub/menulist seulement je ne le trouvait pas, c est parce qu il fallait le monter pour l editer. #mkdir /boot #mount /dev/hda1 /boot #vi /boot/boot/grub/menulist et modifez le debut du fichier telquel serial --unit=0 --speed=19200 --word=8 --parity=no --stop=1 terminal serial default 0 timeout 0 pour une soekris avec pcmcia installez : root@OpenWrt:~# ipkg install pcmcia-cs_3.2.8-1_mipsel.ipk Installing pcmcia-cs (3.2.8-1) to root... Configuring pcmcia-cs Done. root@OpenWrt:~# ipkg install kmod-pcmcia-core_2.4.34-brcm-1_mipsel.ipk Installing kmod-pcmcia-core (2.4.34-brcm-1) to root... Configuring kmod-pcmcia-core Done. =====info-wrap===== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 astuce2 avec atheros et le mode 11a l' option distance est importante. voir [[test athctrl]] exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option agmode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.agmode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== (pas fini) une version pour la kamikaze actuelle est presente sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ les test eont en cours avec le paquet asterisk-mini ...a suivre (2007-12-14) ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install tftpd-hpa en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.root wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.kernel cp kamikaze.root kamikaze.kernel /var/lib/tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs prend un certain temps (plus de 10 minutes) RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 finaliser en tapant exec RedBoot> exec !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' option agmode 11b # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat ==config avancée== ===divers conseils concernant le mode ad-hoc=== ====carte a ne pas utiliser au mode ad-hoc==== *senao *orinoco ''conseil repris du forum openwrt ( par onebit)'' selon onebit, sous le mode ad-hoc. le matériel Broadcom (wrt54g etc...) n' a aucun problème, par contre les cartes atheros (meraki, routerboard + CM9) ont quelques problèmes. ====quelques conseils:==== * compiler kamikaze avec le "rate control" mis a "sample". Editez package/madwifi/Makefile et changez la valeur suivante. RATE_CONTROL:=sample * mettez la valeur de l option diversity a 0 dans /etc/config/wireless (le broadcast arrive dans une antenne) * fixez le bssid sur tout les noeuds (pour arreter la divergence--> impossible avec les senaos) * mettez les valeurs rts et frag a off (dans le "mesh mode" rts doit etre mis mais avec madwifi c est dur...) * fixez le channel (random madwifi segmentation if omitted) ** exemple du fichier /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option diversity 0 option txantenna 1 option rxantenna 1 option agmode 11g config wifi-iface option device wifi0 option mode adhoc option ssid XXX option hidden 0 option encryption wep option key XXXXXXXXXX option bssid AA:BB:CC:DD:EE:FF option txpower 18 #option rts 250 #option frag 256 * dans /etc/sysctl.conf (pour le probleme: "ath_mgtstart: discard, no xmit buf") vm.min_free_kbytes = 10000 * pour le probleme de "ramping" "ath_mgtstart: discard, no xmit buf" #iwpriv ath0 uapsd 0 * pour allèger le problème de ramping (voir http://madwifi.org/ticket/1154) #iwpriv ath0 bintval 1000 * fixez le rate sur l'interface #iwconfig ath0 rate 12M ===mode ap et adhoc sur la meme interface=== afin que mamy puisse servire la communauté tout en surfant de son fauteuil --dako 2007-07-21 --dako 2007-07-31 1757 1756 2007-12-14T09:22:25Z Dako 4 /* mode ap et adhoc sur la meme interface */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== =====info-soekris===== [reglé] je comprend toujours pas mais la meme image que dans un wrap sur une soekris mais horriblement longtemps a booter [/reglé] ben voila ces quelques modification regle l affaire il suffit d editer /boot/grub/menulist seulement je ne le trouvait pas, c est parce qu il fallait le monter pour l editer. #mkdir /boot #mount /dev/hda1 /boot #vi /boot/boot/grub/menulist et modifez le debut du fichier telquel serial --unit=0 --speed=19200 --word=8 --parity=no --stop=1 terminal serial default 0 timeout 0 pour une soekris avec pcmcia installez : root@OpenWrt:~# ipkg install pcmcia-cs_3.2.8-1_mipsel.ipk Installing pcmcia-cs (3.2.8-1) to root... Configuring pcmcia-cs Done. root@OpenWrt:~# ipkg install kmod-pcmcia-core_2.4.34-brcm-1_mipsel.ipk Installing kmod-pcmcia-core (2.4.34-brcm-1) to root... Configuring kmod-pcmcia-core Done. =====info-wrap===== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, nous allons rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 astuce2 avec atheros et le mode 11a l' option distance est importante. voir [[test athctrl]] exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option agmode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.agmode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== (pas fini) une version pour la kamikaze actuelle est presente sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ les test eont en cours avec le paquet asterisk-mini ...a suivre (2007-12-14) ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install tftpd-hpa en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.root wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.kernel cp kamikaze.root kamikaze.kernel /var/lib/tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs prend un certain temps (plus de 10 minutes) RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 finaliser en tapant exec RedBoot> exec !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' option agmode 11b # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat ==config avancée== ===divers conseils concernant le mode ad-hoc=== ====carte a ne pas utiliser au mode ad-hoc==== *senao *orinoco ''conseil repris du forum openwrt ( par onebit)'' selon onebit, sous le mode ad-hoc. le matériel Broadcom (wrt54g etc...) n' a aucun problème, par contre les cartes atheros (meraki, routerboard + CM9) ont quelques problèmes. ====quelques conseils:==== * compiler kamikaze avec le "rate control" mis a "sample". Editez package/madwifi/Makefile et changez la valeur suivante. RATE_CONTROL:=sample * mettez la valeur de l option diversity a 0 dans /etc/config/wireless (le broadcast arrive dans une antenne) * fixez le bssid sur tout les noeuds (pour arreter la divergence--> impossible avec les senaos) * mettez les valeurs rts et frag a off (dans le "mesh mode" rts doit etre mis mais avec madwifi c est dur...) * fixez le channel (random madwifi segmentation if omitted) ** exemple du fichier /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option diversity 0 option txantenna 1 option rxantenna 1 option agmode 11g config wifi-iface option device wifi0 option mode adhoc option ssid XXX option hidden 0 option encryption wep option key XXXXXXXXXX option bssid AA:BB:CC:DD:EE:FF option txpower 18 #option rts 250 #option frag 256 * dans /etc/sysctl.conf (pour le probleme: "ath_mgtstart: discard, no xmit buf") vm.min_free_kbytes = 10000 * pour le probleme de "ramping" "ath_mgtstart: discard, no xmit buf" #iwpriv ath0 uapsd 0 * pour allèger le problème de ramping (voir http://madwifi.org/ticket/1154) #iwpriv ath0 bintval 1000 * fixez le rate sur l'interface #iwconfig ath0 rate 12M ===mode ap et adhoc sur la meme interface=== afin que mamy puisse servire la communauté tout en surfant de son fauteuil --dako 2007-12-14 1762 1757 2008-01-14T18:38:11Z Dako 4 /* configurer */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== =====info-soekris===== [reglé] je comprend toujours pas mais la meme image que dans un wrap sur une soekris mais horriblement longtemps a booter [/reglé] ben voila ces quelques modification regle l affaire il suffit d editer /boot/grub/menulist seulement je ne le trouvait pas, c est parce qu il fallait le monter pour l editer. #mkdir /boot #mount /dev/hda1 /boot #vi /boot/boot/grub/menulist et modifez le debut du fichier telquel serial --unit=0 --speed=19200 --word=8 --parity=no --stop=1 terminal serial default 0 timeout 0 pour une soekris avec pcmcia installez : root@OpenWrt:~# ipkg install pcmcia-cs_3.2.8-1_mipsel.ipk Installing pcmcia-cs (3.2.8-1) to root... Configuring pcmcia-cs Done. root@OpenWrt:~# ipkg install kmod-pcmcia-core_2.4.34-brcm-1_mipsel.ipk Installing kmod-pcmcia-core (2.4.34-brcm-1) to root... Configuring kmod-pcmcia-core Done. =====info-wrap===== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 changer le mot de passe #passwd ===configurer=== vous voila loggé, !!avant toute chose n' oubliez pas d'attribuer un mot passe lors de la premiere connection en telnet. root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root nous allons ensuite rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial (ceci est une étape facultative et riquée pour ne pas prendre de risque tenez vous en au repositories officielle de kamikaze) editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 astuce2 avec atheros et le mode 11a l' option distance est importante. voir [[test athctrl]] exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option agmode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.agmode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== (pas fini) une version pour la kamikaze actuelle est presente sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ les test eont en cours avec le paquet asterisk-mini ...a suivre (2007-12-14) ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install tftpd-hpa en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.root wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.kernel cp kamikaze.root kamikaze.kernel /var/lib/tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs prend un certain temps (plus de 10 minutes) RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 finaliser en tapant exec RedBoot> exec !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' option agmode 11b # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat ==config avancée== ===divers conseils concernant le mode ad-hoc=== ====carte a ne pas utiliser au mode ad-hoc==== *senao *orinoco ''conseil repris du forum openwrt ( par onebit)'' selon onebit, sous le mode ad-hoc. le matériel Broadcom (wrt54g etc...) n' a aucun problème, par contre les cartes atheros (meraki, routerboard + CM9) ont quelques problèmes. ====quelques conseils:==== * compiler kamikaze avec le "rate control" mis a "sample". Editez package/madwifi/Makefile et changez la valeur suivante. RATE_CONTROL:=sample * mettez la valeur de l option diversity a 0 dans /etc/config/wireless (le broadcast arrive dans une antenne) * fixez le bssid sur tout les noeuds (pour arreter la divergence--> impossible avec les senaos) * mettez les valeurs rts et frag a off (dans le "mesh mode" rts doit etre mis mais avec madwifi c est dur...) * fixez le channel (random madwifi segmentation if omitted) ** exemple du fichier /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option diversity 0 option txantenna 1 option rxantenna 1 option agmode 11g config wifi-iface option device wifi0 option mode adhoc option ssid XXX option hidden 0 option encryption wep option key XXXXXXXXXX option bssid AA:BB:CC:DD:EE:FF option txpower 18 #option rts 250 #option frag 256 * dans /etc/sysctl.conf (pour le probleme: "ath_mgtstart: discard, no xmit buf") vm.min_free_kbytes = 10000 * pour le probleme de "ramping" "ath_mgtstart: discard, no xmit buf" #iwpriv ath0 uapsd 0 * pour allèger le problème de ramping (voir http://madwifi.org/ticket/1154) #iwpriv ath0 bintval 1000 * fixez le rate sur l'interface #iwconfig ath0 rate 12M ===mode ap et adhoc sur la meme interface=== afin que mamy puisse servire la communauté tout en surfant de son fauteuil --dako 2007-12-14 0 1361 1724 2007-08-03T12:55:24Z Dako 4 wikitext text/x-wiki un petit tableau comparatif sur une distance de 1.49 km entre une omni 12db (pas sur) avec 18db (de puissance d emission) sur la frequence 5.7 et de l autre coté nous avons une grid 24db avec 16db (de puissance d emission) je lance une séquance de 50 ping et compare les donnée de bruit et de signal apres chanque modification de parametre de distance on va faire le pire pour aller vers le mieux, en avancant par 100 1725 1724 2007-08-03T13:05:20Z Dako 4 wikitext text/x-wiki un petit tableau comparatif sur une distance de 1.49 km entre une omni 12db (pas sur) avec 18db (de puissance d emission) sur la frequence 5.7 et de l autre coté nous avons une grid 24db avec 16db (de puissance d emission) je lance une séquance de 50 ping et compare les donnée de bruit et de signal apres chanque modification de parametre de distance on va faire le pire pour aller vers le mieux, en avancant par 100 {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |Test athctrl | Link Quality | rssi | noise | ping |- !athctrl -i wifi0 -d 1000 |yes |yes |yes |yes |- !athctrl -i wifi0 -d 1500 |yes |yes |yes |yes |- !athctrl -i wifi0 -d 2000 |Default value 0.05 sec | | | |- !athctrl -i wifi0 -d 2500 |defaults to 0 |2 | | |- !athctrl -i wifi0 -d 3000 | defaults to 1 | 7 | | |- !athctrl -i wifi0 -d 3500 | x | 1 | | |- !athctrl -i wifi0 -d 4000 | x | 100 | | |- !athctrl -i wifi0 -d 4500 | x | 0 9.0 | | |- !athctrl -i wifi0 -d 5000 | 2 | 2 | | |- !athctrl -i wifi0 -d 5500 | no | no | | |} 1726 1725 2007-08-03T13:26:39Z Dako 4 wikitext text/x-wiki un petit tableau comparatif sur une distance de 1.49 km entre une omni 12db (pas sur) avec 18db (de puissance d emission) sur la frequence 5.7 et de l autre coté nous avons une grid 24db avec 16db (de puissance d emission) je lance une séquance de 50 ping et compare les donnée de bruit et de signal apres chanque modification de parametre de distance on va faire le pire pour aller vers le mieux, en avancant par 100 {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |Test athctrl | Link Quality | rssi | noise | ping |- !athctrl -i wifi0 -d 1000 | 21/70 | -65 | -86 | min/avg/max = 1.6/2.5/10.0 ms 22% packet loss |- !athctrl -i wifi0 -d 1500 | 20/70 | -67 | -87 | min/avg/max = 1.6/2.4/2.8 ms 46% packet loss |- !athctrl -i wifi0 -d 2000 | 21/70 | -66 | -87 | min/avg/max = 1.6/1.9/8.4 ms 0% packet loss |- !athctrl -i wifi0 -d 2500 | 20/70 | -67 | -87 | min/avg/max = 1.6/1.9/4.0 ms 0% packet loss |- !athctrl -i wifi0 -d 3000 | | | | |- !athctrl -i wifi0 -d 3500 | x | 1 | | |- !athctrl -i wifi0 -d 4000 | x | 100 | | |- !athctrl -i wifi0 -d 4500 | x | 0 9.0 | | |- !athctrl -i wifi0 -d 5000 | 2 | 2 | | |- !athctrl -i wifi0 -d 5500 | no | no | | |} 1727 1726 2007-08-03T14:01:17Z Dako 4 wikitext text/x-wiki un petit tableau comparatif sur une distance de 1.49 km entre une omni 12db (pas sur) avec 18db (de puissance d emission) sur la frequence 5.7 et de l autre coté nous avons une grid 24db avec 16db (de puissance d emission) je lance une séquance de 50 ping et compare les donnée de bruit et de signal apres chanque modification de parametre de distance on va faire le pire pour aller vers le mieux, en avancant par 100 {| border="1" cellspacing="0" cellpadding="2" style="text-align: left;" |Test athctrl | Link Quality | rssi | noise | ping |- !athctrl -i wifi0 -d 1000 | 21/70 | -65 | -86 | min/avg/max = 1.6/2.5/10.0 ms 22% packet loss |- !athctrl -i wifi0 -d 1500 | 20/70 | -67 | -87 | min/avg/max = 1.6/2.4/2.8 ms 46% packet loss |- !athctrl -i wifi0 -d 2000 | 21/70 | -66 | -87 | min/avg/max = 1.6/1.9/8.4 ms 0% packet loss |- !athctrl -i wifi0 -d 2500 | 20/70 | -67 | -87 | min/avg/max = 1.6/1.9/4.0 ms 0% packet loss |- !athctrl -i wifi0 -d 3000 | 20/70 | -67 | -87 | min/avg/max = 1.6/1.9/6.3 ms 0% packet loss |- !athctrl -i wifi0 -d 3500 | 20/70 | -66 | -86 | min/avg/max = 1.5/2.3/5.0 ms 6% packet loss |- !athctrl -i wifi0 -d 4000 | 17/70 | -70 | -87 | min/avg/max = 1.6/2.0/6.7 ms 44% packet loss |- !athctrl -i wifi0 -d 4500 | 11/70 | -76 | -87 | 100% packet loss |- |} 0 1 1736 1606 2007-11-16T10:44:01Z Dako 4 wikitext text/x-wiki = About this Wiki = This wiki has been initially setup to support the design and the development of [[Bubble]] version 2. Over time, it became the host of other projects loosely coupled to [http://www.reseaucitoyen.be RéseauCitoyen]. = Contents = * [[Bubble]]: a mini Linux distribution designed to run a wireless [http://www.reseaucitoyen.be RéseauCitoyen] node. * [[RC-1000]]: transform an Orinoco RG-1000 into a [http://www.reseaucitoyen.be RéseauCitoyen] node * [[Opération Panik]]: audio streaming for [http://www.reseaucitoyen.be RéseauCitoyen] Testimonial * [[Gestion RéseauCitoyen]]: node logbook * [[Wrt Citoyen]]: some notes about running AODV-UU / OLSR on [http://openwrt.org OpenWrt] * [[Wrt Freinfunk]] comment migrer de openwrt a freifunk facilement. * [[Noeud Bulles]]: this wiki is also the main site of the bulles.bxl.rc [http://www.reseaucitoyen.be RéseauCitoyen] node. * [[Bering-uClibc]]: build a [http://www.reseaucitoyen.be RéseauCitoyen] on top of [[Bering-uClibc]] * [[Test Divers]]: some test and their results * [[RcTools]] * [[Kamikaze]] configurer kamikaze pour un wrap * [[Asterisk]] pbx iax et autres * [[RcNg]] 0 1362 1737 2007-11-16T10:52:07Z Dako 4 wikitext text/x-wiki cas de figure: un wrt datant de wrt tournant toujours avec la version openwrt et olsr de l' époque change tout le temps de cellule. que faire? le firmware freifunk a une variable nvram "bssid=.." prevue. j installe donc la derniere freifunk en date. c est noeud difficile d acces. ( pas de tftp ) je telecharge donc le dernier .trx su le site downloads.berlin.freifunk.net depuis le wrt: wget -O /tmp/linux.trx http://adresse/du/dernier.trx mtd unlock linux && mtd write linux.trx linux && reboot et voili freifunk est la. si vous avez un acces cable je vous conseille de tout remettre a zero et configurer par l interface http votre freifunk toute fraiche. pour remettre les valeurs par default: mtd unlock linux && mtd write linux.trx linux && reboot 1738 1737 2007-11-16T10:57:54Z Dako 4 wikitext text/x-wiki ===cas de figure:=== un wrt datant de wrt tournant toujours avec la version openwrt et olsr de l' époque change tout le temps de cellule.\\ que faire? le firmware freifunk a une variable nvram "bssid=.." prevue. j installe donc la derniere freifunk en date. c est noeud difficile d acces. ( pas de tftp ) je telecharge donc le dernier .trx su le site downloads.berlin.freifunk.net ===depuis le wrt:=== wget -O /tmp/linux.trx http://adresse/du/dernier.trx mtd unlock linux && mtd write linux.trx linux && reboot et voili freifunk est la. si vous avez un acces cable je vous conseille de tout remettre a zero et configurer par l interface http votre freifunk toute fraiche. ===pour remettre les valeurs par default:=== mtd unlock linux && mtd write linux.trx linux && reboot 1739 1738 2007-11-16T10:58:28Z Dako 4 /* cas de figure: */ wikitext text/x-wiki ===cas de figure:=== un wrt datant de wrt tournant toujours avec la version openwrt et olsr de l' époque change tout le temps de cellule.\\ que faire? le firmware freifunk a une variable nvram "bssid=.." prevue. j installe donc la derniere freifunk en date. c est noeud difficile d acces. ( pas de tftp ) je telecharge donc le dernier .trx su le site http://downloads.berlin.freifunk.net ===depuis le wrt:=== wget -O /tmp/linux.trx http://adresse/du/dernier.trx mtd unlock linux && mtd write linux.trx linux && reboot et voili freifunk est la. si vous avez un acces cable je vous conseille de tout remettre a zero et configurer par l interface http votre freifunk toute fraiche. ===pour remettre les valeurs par default:=== mtd unlock linux && mtd write linux.trx linux && reboot 1740 1739 2007-11-16T10:59:46Z Dako 4 /* cas de figure: */ wikitext text/x-wiki ===cas de figure:=== un wrt datant de wrt tournant toujours avec la version openwrt et olsr de l' époque change tout le temps de cellule. que faire? le firmware freifunk a une variable nvram "bssid=.." prevue. j installe donc la derniere freifunk en date. * c est noeud difficile d acces. ( pas de tftp ) je telecharge donc le dernier .trx su le site http://downloads.berlin.freifunk.net ===depuis le wrt:=== wget -O /tmp/linux.trx http://adresse/du/dernier.trx mtd unlock linux && mtd write linux.trx linux && reboot et voili freifunk est la. si vous avez un acces cable je vous conseille de tout remettre a zero et configurer par l interface http votre freifunk toute fraiche. ===pour remettre les valeurs par default:=== mtd unlock linux && mtd write linux.trx linux && reboot 1741 1740 2007-11-16T11:01:09Z Dako 4 wikitext text/x-wiki ===cas de figure:=== un wrt datant de wrt tournant toujours avec la version openwrt et olsr de l' époque change tout le temps de cellule. que faire? le firmware freifunk a une variable nvram "bssid=.." prevue. j installe donc la derniere freifunk en date. * c est noeud difficile d acces. ( pas de tftp ) je telecharge donc le dernier .trx su le site http://downloads.berlin.freifunk.net ===depuis le wrt:=== wget -O /tmp/linux.trx http://adresse/du/dernier.trx mtd unlock linux && mtd write linux.trx linux && reboot et voili freifunk est la. si vous avez un acces cable je vous conseille de tout remettre a zero et configurer par l interface http votre freifunk toute fraiche. ===pour remettre les valeurs par default:=== mtd unlock linux && mtd write linux.trx linux && reboot --dako 2007-11-16 1758 1741 2007-12-20T20:26:59Z Dako 4 w wikitext text/x-wiki ===cas de figure:=== un wrt datant de wrt tournant toujours avec la version openwrt et olsr de l' époque change tout le temps de cellule. que faire? le firmware freifunk a une variable nvram "bssid=.." prevue. j installe donc la derniere freifunk en date. * c est noeud difficile d acces. ( pas de tftp ) je telecharge donc le dernier .trx su le site http://downloads.berlin.freifunk.net ===depuis le wrt:=== wget -O /tmp/linux.trx http://adresse/du/dernier.trx mtd unlock linux && mtd write linux.trx linux && reboot et voili freifunk est la. si vous avez un acces cable je vous conseille de tout remettre a zero et configurer par l interface http votre freifunk toute fraiche. ==Problème récurant== * j' ai plus acces a la partie administration de l'interface web ! #nvram set ff_unsecure_webadmin=1 #nvram commit * les regles de port forwarding ne sont plus appliquée #ipkg install freifunk-portfw-fr #reboot (les variables sont toujours dans la nvram tout redeviendra comme avant apre le reboot ) ===pour remettre les valeurs par default:=== mtd unlock linux && mtd write linux.trx linux && reboot --dako 2007-11-16 1759 1758 2007-12-20T20:28:29Z Dako 4 /* Problème récurant */ wikitext text/x-wiki ===cas de figure:=== un wrt datant de wrt tournant toujours avec la version openwrt et olsr de l' époque change tout le temps de cellule. que faire? le firmware freifunk a une variable nvram "bssid=.." prevue. j installe donc la derniere freifunk en date. * c est noeud difficile d acces. ( pas de tftp ) je telecharge donc le dernier .trx su le site http://downloads.berlin.freifunk.net ===depuis le wrt:=== wget -O /tmp/linux.trx http://adresse/du/dernier.trx mtd unlock linux && mtd write linux.trx linux && reboot et voili freifunk est la. si vous avez un acces cable je vous conseille de tout remettre a zero et configurer par l interface http votre freifunk toute fraiche. ==Problème récurant== * j' ai plus acces a la partie administration de l'interface web de l' exterieur de mon reseau local ! #nvram set ff_unsecure_webadmin=1 #nvram commit * les regles de port forwarding ne sont plus appliquée #ipkg install freifunk-portfw-fr #reboot (les variables sont toujours dans la nvram tout redeviendra comme avant apre le reboot ) ===pour remettre les valeurs par default:=== mtd unlock linux && mtd write linux.trx linux && reboot --dako 2007-11-16 1760 1759 2007-12-20T20:29:53Z Dako 4 /* cas de figure: */ wikitext text/x-wiki ===cas de figure:=== un wrt datant de wrt tournant toujours avec la version openwrt et olsr de l' époque change tout le temps de cellule. que faire? le firmware freifunk a une variable nvram "bssid=.." prevue. j installe donc la derniere freifunk en date. * c est noeud difficile d acces. ( pas de tftp ) je telecharge donc le dernier .trx su le site http://ipkg.berlin.freifunk.net/_trx/ ===depuis le wrt:=== wget -O /tmp/linux.trx http://adresse/du/dernier.trx mtd unlock linux && mtd write linux.trx linux && reboot et voili freifunk est la. si vous avez un acces cable je vous conseille de tout remettre a zero et configurer par l interface http votre freifunk toute fraiche. ==Problème récurant== * j' ai plus acces a la partie administration de l'interface web de l' exterieur de mon reseau local ! #nvram set ff_unsecure_webadmin=1 #nvram commit * les regles de port forwarding ne sont plus appliquée #ipkg install freifunk-portfw-fr #reboot (les variables sont toujours dans la nvram tout redeviendra comme avant apre le reboot ) ===pour remettre les valeurs par default:=== mtd unlock linux && mtd write linux.trx linux && reboot --dako 2007-11-16 1761 1760 2007-12-20T20:32:13Z Dako 4 /* Problème récurant */ wikitext text/x-wiki ===cas de figure:=== un wrt datant de wrt tournant toujours avec la version openwrt et olsr de l' époque change tout le temps de cellule. que faire? le firmware freifunk a une variable nvram "bssid=.." prevue. j installe donc la derniere freifunk en date. * c est noeud difficile d acces. ( pas de tftp ) je telecharge donc le dernier .trx su le site http://ipkg.berlin.freifunk.net/_trx/ ===depuis le wrt:=== wget -O /tmp/linux.trx http://adresse/du/dernier.trx mtd unlock linux && mtd write linux.trx linux && reboot et voili freifunk est la. si vous avez un acces cable je vous conseille de tout remettre a zero et configurer par l interface http votre freifunk toute fraiche. ==Problème récurant== * je n'ai plus accès à la partie administration de l'interface web de l'exterieur de mon réseau local ! #nvram set ff_unsecure_webadmin=1 #nvram commit * les règles de transfert de port ne sont plus appliquées #ipkg install freifunk-portfw-fr #reboot (les variables sont toujours dans la nvram tout redeviendra comme avant après le reboot ) ===pour remettre les valeurs par default:=== mtd unlock linux && mtd write linux.trx linux && reboot --dako 2007-11-16 0 1332 1743 1499 2007-12-11T15:12:57Z Dako 4 wikitext text/x-wiki node-archive: [[petvold]] 1745 1743 2007-12-11T15:24:38Z Dako 4 wikitext text/x-wiki node-archive: [[petvold]] news: petv est remplacé par un wrap ( le bac est tout caput et le disque dur du pc est kaput aussi ) == p&v == *distribution openwrt kamikaze 7.09 *ip ath0: root@petvwrap:~# ifconfig ath0 ath0 Link encap:Ethernet HWaddr 06:0B:6B:36:FA:A0 inet addr:10.93.1.2 Bcast:10.93.1.255 Mask:255.255.255.0 *ip ath1: root@petvwrap:~# ifconfig ath1 ath1 Link encap:Ethernet HWaddr 06:0C:42:0C:0F:7D inet addr:10.93.0.33 Bcast:10.93.0.63 Mask:255.255.255.224 *version olsr: *** olsr.org - 0.5.3 *** Build date: Sep 30 2007 http://www.olsr.org *hardware: wrap dans une boite legrang adaptée par ivan root@petvwrap:~# cat /proc/cpuinfo processor : 0 vendor_id : Geode by NSC cpu family : 5 model : 9 model name : Unknown stepping : 1 cpu MHz : 266.668 fdiv_bug : no hlt_bug : no f00f_bug : no coma_bug : no fpu : yes fpu_exception : yes cpuid level : 2 wp : yes flags : fpu tsc msr cx8 cmov mmx cxmmx bogomips : 534.06 clflush size : 32 root@petvwrap:~# free total used free shared buffers Mem: 127556 7384 120172 0 148 Swap: 0 0 0 Total: 127556 7384 120172 root@petvwrap:~# lspci ... 00:0d.0 Ethernet controller: Atheros Communications, Inc. AR5212 802.11abg NIC (rev 01) 00:11.0 Ethernet controller: Atheros Communications, Inc. AR5212 802.11abg NIC (rev 01) ... fichier d conf /etc/config/wireless root@petvwrap:~# cat /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option agmode 11b option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option network ath0 option mode adhoc option ssid bombolong option encryption none option bssid ca:fe:ca:fe:ca:fe option txpower '18' config wifi-device wifi1 option type atheros option channel 11 option agmode 11bg option disabled 0 option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi1 option network ath1 option mode adhoc option ssid petv2rmolen option bssid 09:e2:2e:20:1b:2e option encryption none option txpower '18' 1746 1745 2007-12-11T15:26:38Z Dako 4 wikitext text/x-wiki node-archive: [[petvold]] news: petv est remplacé par un wrap ( le bac est tout caput et le disque dur du pc est kaput aussi ) == p&v == *distribution openwrt kamikaze 7.09 *ip ath0: root@petvwrap:~# ifconfig ath0 ath0 Link encap:Ethernet HWaddr 06:0B:6B:36:FA:A0 inet addr:10.93.1.2 Bcast:10.93.1.255 Mask:255.255.255.0 *ip ath1: root@petvwrap:~# ifconfig ath1 ath1 Link encap:Ethernet HWaddr 06:0C:42:0C:0F:7D inet addr:10.93.0.33 Bcast:10.93.0.63 Mask:255.255.255.224 *ip eth0:192.168.0.120 *ip eth1(wan):00:0D:B9:01:9C:D9 *version olsr: *** olsr.org - 0.5.3 *** Build date: Sep 30 2007 http://www.olsr.org *hardware: wrap dans une boite legrang adaptée par ivan root@petvwrap:~# cat /proc/cpuinfo processor : 0 vendor_id : Geode by NSC cpu family : 5 model : 9 model name : Unknown stepping : 1 cpu MHz : 266.668 fdiv_bug : no hlt_bug : no f00f_bug : no coma_bug : no fpu : yes fpu_exception : yes cpuid level : 2 wp : yes flags : fpu tsc msr cx8 cmov mmx cxmmx bogomips : 534.06 clflush size : 32 root@petvwrap:~# free total used free shared buffers Mem: 127556 7384 120172 0 148 Swap: 0 0 0 Total: 127556 7384 120172 root@petvwrap:~# lspci ... 00:0d.0 Ethernet controller: Atheros Communications, Inc. AR5212 802.11abg NIC (rev 01) 00:11.0 Ethernet controller: Atheros Communications, Inc. AR5212 802.11abg NIC (rev 01) ... fichier d conf /etc/config/wireless root@petvwrap:~# cat /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option agmode 11b option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option network ath0 option mode adhoc option ssid bombolong option encryption none option bssid ca:fe:ca:fe:ca:fe option txpower '18' config wifi-device wifi1 option type atheros option channel 11 option agmode 11bg option disabled 0 option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi1 option network ath1 option mode adhoc option ssid petv2rmolen option bssid 09:e2:2e:20:1b:2e option encryption none option txpower '18' 0 1363 1744 2007-12-11T15:13:06Z Dako 4 wikitext text/x-wiki == p&v == *distribution Debian GNU/Linux Sarge *ip wlan0: 10.34.43.155 *ip wlan1: 192.168.n.n *version olsr: *** olsr.org - 0.4.9 *** Build date: Apr 4 2005 http://www.olsr.org *hardware: vieux p2 dans une boite en plastique petv:~# cat /proc/cpuinfo processor : 0 vendor_id : GenuineIntel cpu family : 6 model : 6 model name : Celeron (Mendocino) stepping : 0 cpu MHz : 300.687 cache size : 128 KB fdiv_bug : no hlt_bug : no f00f_bug : no coma_bug : no fpu : yes fpu_exception : yes cpuid level : 2 wp : yes flags : fpu vme de pse tsc msr pae mce cx8 apic sep mtrr pge mca cmov pat pse36 mmx fxsr bogomips : 599.65 petv:~# free total used free shared buffers cached Mem: 127304 120952 6352 0 29620 34236 -/+ buffers/cache: 57096 70208 Swap: 120448 4496 115952 petv:~# cardctl ident Socket 0: product info: "Avaya Communication", "Avaya Wireless PC Card", "Version 01.01", "" manfid: 0x0156, 0x0002 function: 6 (network) Socket 1: product info: "Avaya Communication", "Avaya Wireless PC Card", "Version 01.01", "" manfid: 0x0156, 0x0002 function: 6 (network) 0 1350 1763 1762 2008-01-14T18:38:52Z Dako 4 /* info-wrap */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== =====info-soekris===== [reglé] je comprend toujours pas mais la meme image que dans un wrap sur une soekris mais horriblement longtemps a booter [/reglé] ben voila ces quelques modification regle l affaire il suffit d editer /boot/grub/menulist seulement je ne le trouvait pas, c est parce qu il fallait le monter pour l editer. #mkdir /boot #mount /dev/hda1 /boot #vi /boot/boot/grub/menulist et modifez le debut du fichier telquel serial --unit=0 --speed=19200 --word=8 --parity=no --stop=1 terminal serial default 0 timeout 0 pour une soekris avec pcmcia installez : root@OpenWrt:~# ipkg install pcmcia-cs_3.2.8-1_mipsel.ipk Installing pcmcia-cs (3.2.8-1) to root... Configuring pcmcia-cs Done. root@OpenWrt:~# ipkg install kmod-pcmcia-core_2.4.34-brcm-1_mipsel.ipk Installing kmod-pcmcia-core (2.4.34-brcm-1) to root... Configuring kmod-pcmcia-core Done. =====info-wrap===== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 ===configurer=== vous voila loggé, !!avant toute chose n' oubliez pas d'attribuer un mot passe lors de la premiere connection en telnet. root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root nous allons ensuite rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial (ceci est une étape facultative et riquée pour ne pas prendre de risque tenez vous en au repositories officielle de kamikaze) editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 astuce2 avec atheros et le mode 11a l' option distance est importante. voir [[test athctrl]] exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option agmode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.agmode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== (pas fini) une version pour la kamikaze actuelle est presente sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ les test eont en cours avec le paquet asterisk-mini ...a suivre (2007-12-14) ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install tftpd-hpa en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.root wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.kernel cp kamikaze.root kamikaze.kernel /var/lib/tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs prend un certain temps (plus de 10 minutes) RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 finaliser en tapant exec RedBoot> exec !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' option agmode 11b # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat ==config avancée== ===divers conseils concernant le mode ad-hoc=== ====carte a ne pas utiliser au mode ad-hoc==== *senao *orinoco ''conseil repris du forum openwrt ( par onebit)'' selon onebit, sous le mode ad-hoc. le matériel Broadcom (wrt54g etc...) n' a aucun problème, par contre les cartes atheros (meraki, routerboard + CM9) ont quelques problèmes. ====quelques conseils:==== * compiler kamikaze avec le "rate control" mis a "sample". Editez package/madwifi/Makefile et changez la valeur suivante. RATE_CONTROL:=sample * mettez la valeur de l option diversity a 0 dans /etc/config/wireless (le broadcast arrive dans une antenne) * fixez le bssid sur tout les noeuds (pour arreter la divergence--> impossible avec les senaos) * mettez les valeurs rts et frag a off (dans le "mesh mode" rts doit etre mis mais avec madwifi c est dur...) * fixez le channel (random madwifi segmentation if omitted) ** exemple du fichier /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option diversity 0 option txantenna 1 option rxantenna 1 option agmode 11g config wifi-iface option device wifi0 option mode adhoc option ssid XXX option hidden 0 option encryption wep option key XXXXXXXXXX option bssid AA:BB:CC:DD:EE:FF option txpower 18 #option rts 250 #option frag 256 * dans /etc/sysctl.conf (pour le probleme: "ath_mgtstart: discard, no xmit buf") vm.min_free_kbytes = 10000 * pour le probleme de "ramping" "ath_mgtstart: discard, no xmit buf" #iwpriv ath0 uapsd 0 * pour allèger le problème de ramping (voir http://madwifi.org/ticket/1154) #iwpriv ath0 bintval 1000 * fixez le rate sur l'interface #iwconfig ath0 rate 12M ===mode ap et adhoc sur la meme interface=== afin que mamy puisse servire la communauté tout en surfant de son fauteuil --dako 2007-12-14 1764 1763 2008-01-14T18:39:07Z Dako 4 /* configurer */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== =====info-soekris===== [reglé] je comprend toujours pas mais la meme image que dans un wrap sur une soekris mais horriblement longtemps a booter [/reglé] ben voila ces quelques modification regle l affaire il suffit d editer /boot/grub/menulist seulement je ne le trouvait pas, c est parce qu il fallait le monter pour l editer. #mkdir /boot #mount /dev/hda1 /boot #vi /boot/boot/grub/menulist et modifez le debut du fichier telquel serial --unit=0 --speed=19200 --word=8 --parity=no --stop=1 terminal serial default 0 timeout 0 pour une soekris avec pcmcia installez : root@OpenWrt:~# ipkg install pcmcia-cs_3.2.8-1_mipsel.ipk Installing pcmcia-cs (3.2.8-1) to root... Configuring pcmcia-cs Done. root@OpenWrt:~# ipkg install kmod-pcmcia-core_2.4.34-brcm-1_mipsel.ipk Installing kmod-pcmcia-core (2.4.34-brcm-1) to root... Configuring kmod-pcmcia-core Done. =====info-wrap===== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 ===configurer=== vous voila loggé, !!avant toute chose n' oubliez pas d'attribuer un mot passe lors de la premiere connection en telnet. root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root nous allons ensuite rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial (ceci est une étape facultative et riquée pour ne pas prendre de risque tenez vous en au repositories officielle de kamikaze) editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 astuce2 avec atheros et le mode 11a l' option distance est importante. voir [[test athctrl]] exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option agmode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.agmode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== (pas fini) une version pour la kamikaze actuelle est presente sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ les test eont en cours avec le paquet asterisk-mini ...a suivre (2007-12-14) ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install tftpd-hpa en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.root wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.kernel cp kamikaze.root kamikaze.kernel /var/lib/tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs prend un certain temps (plus de 10 minutes) RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 finaliser en tapant exec RedBoot> exec !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' option agmode 11b # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat ==config avancée== ===divers conseils concernant le mode ad-hoc=== ====carte a ne pas utiliser au mode ad-hoc==== *senao *orinoco ''conseil repris du forum openwrt ( par onebit)'' selon onebit, sous le mode ad-hoc. le matériel Broadcom (wrt54g etc...) n' a aucun problème, par contre les cartes atheros (meraki, routerboard + CM9) ont quelques problèmes. ====quelques conseils:==== * compiler kamikaze avec le "rate control" mis a "sample". Editez package/madwifi/Makefile et changez la valeur suivante. RATE_CONTROL:=sample * mettez la valeur de l option diversity a 0 dans /etc/config/wireless (le broadcast arrive dans une antenne) * fixez le bssid sur tout les noeuds (pour arreter la divergence--> impossible avec les senaos) * mettez les valeurs rts et frag a off (dans le "mesh mode" rts doit etre mis mais avec madwifi c est dur...) * fixez le channel (random madwifi segmentation if omitted) ** exemple du fichier /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option diversity 0 option txantenna 1 option rxantenna 1 option agmode 11g config wifi-iface option device wifi0 option mode adhoc option ssid XXX option hidden 0 option encryption wep option key XXXXXXXXXX option bssid AA:BB:CC:DD:EE:FF option txpower 18 #option rts 250 #option frag 256 * dans /etc/sysctl.conf (pour le probleme: "ath_mgtstart: discard, no xmit buf") vm.min_free_kbytes = 10000 * pour le probleme de "ramping" "ath_mgtstart: discard, no xmit buf" #iwpriv ath0 uapsd 0 * pour allèger le problème de ramping (voir http://madwifi.org/ticket/1154) #iwpriv ath0 bintval 1000 * fixez le rate sur l'interface #iwconfig ath0 rate 12M ===mode ap et adhoc sur la meme interface=== afin que mamy puisse servire la communauté tout en surfant de son fauteuil --dako 2007-12-14 1765 1764 2008-01-25T12:41:06Z Dako 4 /* wireless */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== =====info-soekris===== [reglé] je comprend toujours pas mais la meme image que dans un wrap sur une soekris mais horriblement longtemps a booter [/reglé] ben voila ces quelques modification regle l affaire il suffit d editer /boot/grub/menulist seulement je ne le trouvait pas, c est parce qu il fallait le monter pour l editer. #mkdir /boot #mount /dev/hda1 /boot #vi /boot/boot/grub/menulist et modifez le debut du fichier telquel serial --unit=0 --speed=19200 --word=8 --parity=no --stop=1 terminal serial default 0 timeout 0 pour une soekris avec pcmcia installez : root@OpenWrt:~# ipkg install pcmcia-cs_3.2.8-1_mipsel.ipk Installing pcmcia-cs (3.2.8-1) to root... Configuring pcmcia-cs Done. root@OpenWrt:~# ipkg install kmod-pcmcia-core_2.4.34-brcm-1_mipsel.ipk Installing kmod-pcmcia-core (2.4.34-brcm-1) to root... Configuring kmod-pcmcia-core Done. =====info-wrap===== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 ===configurer=== vous voila loggé, !!avant toute chose n' oubliez pas d'attribuer un mot passe lors de la premiere connection en telnet. root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root nous allons ensuite rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial (ceci est une étape facultative et riquée pour ne pas prendre de risque tenez vous en au repositories officielle de kamikaze) editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 astuce2 avec atheros et le mode 11a l' option distance est importante. voir [[test athctrl]] exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option agmode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.agmode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== (pas fini) une version pour la kamikaze actuelle est presente sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ les test eont en cours avec le paquet asterisk-mini ...a suivre (2007-12-14) ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install tftpd-hpa en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.root wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.kernel cp kamikaze.root kamikaze.kernel /var/lib/tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs prend un certain temps (plus de 10 minutes) RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 finaliser en tapant exec RedBoot> exec !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' option agmode 11b # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none les paramètres ips sont a rajouter dans /etc/config/network config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat ==config avancée== ===divers conseils concernant le mode ad-hoc=== ====carte a ne pas utiliser au mode ad-hoc==== *senao *orinoco ''conseil repris du forum openwrt ( par onebit)'' selon onebit, sous le mode ad-hoc. le matériel Broadcom (wrt54g etc...) n' a aucun problème, par contre les cartes atheros (meraki, routerboard + CM9) ont quelques problèmes. ====quelques conseils:==== * compiler kamikaze avec le "rate control" mis a "sample". Editez package/madwifi/Makefile et changez la valeur suivante. RATE_CONTROL:=sample * mettez la valeur de l option diversity a 0 dans /etc/config/wireless (le broadcast arrive dans une antenne) * fixez le bssid sur tout les noeuds (pour arreter la divergence--> impossible avec les senaos) * mettez les valeurs rts et frag a off (dans le "mesh mode" rts doit etre mis mais avec madwifi c est dur...) * fixez le channel (random madwifi segmentation if omitted) ** exemple du fichier /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option diversity 0 option txantenna 1 option rxantenna 1 option agmode 11g config wifi-iface option device wifi0 option mode adhoc option ssid XXX option hidden 0 option encryption wep option key XXXXXXXXXX option bssid AA:BB:CC:DD:EE:FF option txpower 18 #option rts 250 #option frag 256 * dans /etc/sysctl.conf (pour le probleme: "ath_mgtstart: discard, no xmit buf") vm.min_free_kbytes = 10000 * pour le probleme de "ramping" "ath_mgtstart: discard, no xmit buf" #iwpriv ath0 uapsd 0 * pour allèger le problème de ramping (voir http://madwifi.org/ticket/1154) #iwpriv ath0 bintval 1000 * fixez le rate sur l'interface #iwconfig ath0 rate 12M ===mode ap et adhoc sur la meme interface=== afin que mamy puisse servire la communauté tout en surfant de son fauteuil --dako 2007-12-14 1766 1765 2008-01-25T14:54:15Z Dako 4 wikitext text/x-wiki ==installer openwrt kamikaze pour x86== =====info-soekris===== [reglé] je comprend toujours pas mais la meme image que dans un wrap sur une soekris mais horriblement longtemps a booter [/reglé] ben voila ces quelques modification regle l affaire il suffit d editer /boot/grub/menulist seulement je ne le trouvait pas, c est parce qu il fallait le monter pour l editer. #mkdir /boot #mount /dev/hda1 /boot #vi /boot/boot/grub/menulist et modifez le debut du fichier telquel serial --unit=0 --speed=19200 --word=8 --parity=no --stop=1 terminal serial default 0 timeout 0 pour une soekris avec pcmcia installez : root@OpenWrt:~# ipkg install pcmcia-cs_3.2.8-1_mipsel.ipk Installing pcmcia-cs (3.2.8-1) to root... Configuring pcmcia-cs Done. root@OpenWrt:~# ipkg install kmod-pcmcia-core_2.4.34-brcm-1_mipsel.ipk Installing kmod-pcmcia-core (2.4.34-brcm-1) to root... Configuring kmod-pcmcia-core Done. =====info-wrap===== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 ===configurer=== vous voila loggé, !!avant toute chose n' oubliez pas d'attribuer un mot passe lors de la premiere connection en telnet. root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root nous allons ensuite rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial (ceci est une étape facultative et riquée pour ne pas prendre de risque tenez vous en au repositories officielle de kamikaze) editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 astuce2 avec atheros et le mode 11a l' option distance est importante. voir [[test athctrl]] exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option agmode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.agmode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== (pas fini) une version pour la kamikaze actuelle est presente sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ les test eont en cours avec le paquet asterisk-mini ...a suivre (2007-12-14) ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install tftpd-hpa en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.root wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.kernel cp kamikaze.root kamikaze.kernel /var/lib/tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs prend un certain temps (plus de 10 minutes) RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 finaliser en tapant exec RedBoot> exec ====reflasher facilement une fonera avec ap51-flash-fonera==== ce merveilleux script qui nous viens tout droit de la communauté freifunk permet de reflasher une fonra ou le == red boot serait deja == '''activé.''' !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' option agmode 11b # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none les paramètres ips sont a rajouter dans /etc/config/network config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat ==config avancée== ===divers conseils concernant le mode ad-hoc=== ====carte a ne pas utiliser au mode ad-hoc==== *senao *orinoco ''conseil repris du forum openwrt ( par onebit)'' selon onebit, sous le mode ad-hoc. le matériel Broadcom (wrt54g etc...) n' a aucun problème, par contre les cartes atheros (meraki, routerboard + CM9) ont quelques problèmes. ====quelques conseils:==== * compiler kamikaze avec le "rate control" mis a "sample". Editez package/madwifi/Makefile et changez la valeur suivante. RATE_CONTROL:=sample * mettez la valeur de l option diversity a 0 dans /etc/config/wireless (le broadcast arrive dans une antenne) * fixez le bssid sur tout les noeuds (pour arreter la divergence--> impossible avec les senaos) * mettez les valeurs rts et frag a off (dans le "mesh mode" rts doit etre mis mais avec madwifi c est dur...) * fixez le channel (random madwifi segmentation if omitted) ** exemple du fichier /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option diversity 0 option txantenna 1 option rxantenna 1 option agmode 11g config wifi-iface option device wifi0 option mode adhoc option ssid XXX option hidden 0 option encryption wep option key XXXXXXXXXX option bssid AA:BB:CC:DD:EE:FF option txpower 18 #option rts 250 #option frag 256 * dans /etc/sysctl.conf (pour le probleme: "ath_mgtstart: discard, no xmit buf") vm.min_free_kbytes = 10000 * pour le probleme de "ramping" "ath_mgtstart: discard, no xmit buf" #iwpriv ath0 uapsd 0 * pour allèger le problème de ramping (voir http://madwifi.org/ticket/1154) #iwpriv ath0 bintval 1000 * fixez le rate sur l'interface #iwconfig ath0 rate 12M ===mode ap et adhoc sur la meme interface=== afin que mamy puisse servire la communauté tout en surfant de son fauteuil --dako 2007-12-14 1767 1766 2008-01-25T14:59:20Z Dako 4 wikitext text/x-wiki ==installer openwrt kamikaze pour x86== =====info-soekris===== [reglé] je comprend toujours pas mais la meme image que dans un wrap sur une soekris mais horriblement longtemps a booter [/reglé] ben voila ces quelques modification regle l affaire il suffit d editer /boot/grub/menulist seulement je ne le trouvait pas, c est parce qu il fallait le monter pour l editer. #mkdir /boot #mount /dev/hda1 /boot #vi /boot/boot/grub/menulist et modifez le debut du fichier telquel serial --unit=0 --speed=19200 --word=8 --parity=no --stop=1 terminal serial default 0 timeout 0 pour une soekris avec pcmcia installez : root@OpenWrt:~# ipkg install pcmcia-cs_3.2.8-1_mipsel.ipk Installing pcmcia-cs (3.2.8-1) to root... Configuring pcmcia-cs Done. root@OpenWrt:~# ipkg install kmod-pcmcia-core_2.4.34-brcm-1_mipsel.ipk Installing kmod-pcmcia-core (2.4.34-brcm-1) to root... Configuring kmod-pcmcia-core Done. =====info-wrap===== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 ===configurer=== vous voila loggé, !!avant toute chose n' oubliez pas d'attribuer un mot passe lors de la premiere connection en telnet. root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root nous allons ensuite rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial (ceci est une étape facultative et riquée pour ne pas prendre de risque tenez vous en au repositories officielle de kamikaze) editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 astuce2 avec atheros et le mode 11a l' option distance est importante. voir [[test athctrl]] exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option agmode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.agmode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== (pas fini) une version pour la kamikaze actuelle est presente sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ les test eont en cours avec le paquet asterisk-mini ...a suivre (2007-12-14) ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install tftpd-hpa en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.root wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.kernel cp kamikaze.root kamikaze.kernel /var/lib/tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs prend un certain temps (plus de 10 minutes) RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 finaliser en tapant exec RedBoot> exec ====reflasher facilement une fonera avec ap51-flash-fonera==== ce merveilleux script qui nous viens tout droit de la communauté freifunk permet de reflasher une fonra ou le '''red boot''' serait deja '''activé.''' il suffit de se procurer ces trois fichiers ( dans le cas d un upgrade kamikaze par le vide ) * [http://download.berlin.freifunk.net/fonera/ap51-flash-fonera-1.0-38|ap51-flash] (la version a l'heure de lécriture de cette doc est 0.38) !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' option agmode 11b # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none les paramètres ips sont a rajouter dans /etc/config/network config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat ==config avancée== ===divers conseils concernant le mode ad-hoc=== ====carte a ne pas utiliser au mode ad-hoc==== *senao *orinoco ''conseil repris du forum openwrt ( par onebit)'' selon onebit, sous le mode ad-hoc. le matériel Broadcom (wrt54g etc...) n' a aucun problème, par contre les cartes atheros (meraki, routerboard + CM9) ont quelques problèmes. ====quelques conseils:==== * compiler kamikaze avec le "rate control" mis a "sample". Editez package/madwifi/Makefile et changez la valeur suivante. RATE_CONTROL:=sample * mettez la valeur de l option diversity a 0 dans /etc/config/wireless (le broadcast arrive dans une antenne) * fixez le bssid sur tout les noeuds (pour arreter la divergence--> impossible avec les senaos) * mettez les valeurs rts et frag a off (dans le "mesh mode" rts doit etre mis mais avec madwifi c est dur...) * fixez le channel (random madwifi segmentation if omitted) ** exemple du fichier /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option diversity 0 option txantenna 1 option rxantenna 1 option agmode 11g config wifi-iface option device wifi0 option mode adhoc option ssid XXX option hidden 0 option encryption wep option key XXXXXXXXXX option bssid AA:BB:CC:DD:EE:FF option txpower 18 #option rts 250 #option frag 256 * dans /etc/sysctl.conf (pour le probleme: "ath_mgtstart: discard, no xmit buf") vm.min_free_kbytes = 10000 * pour le probleme de "ramping" "ath_mgtstart: discard, no xmit buf" #iwpriv ath0 uapsd 0 * pour allèger le problème de ramping (voir http://madwifi.org/ticket/1154) #iwpriv ath0 bintval 1000 * fixez le rate sur l'interface #iwconfig ath0 rate 12M ===mode ap et adhoc sur la meme interface=== afin que mamy puisse servire la communauté tout en surfant de son fauteuil --dako 2007-12-14 1768 1767 2008-01-25T15:00:07Z Dako 4 /* reflasher facilement une fonera avec ap51-flash-fonera */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== =====info-soekris===== [reglé] je comprend toujours pas mais la meme image que dans un wrap sur une soekris mais horriblement longtemps a booter [/reglé] ben voila ces quelques modification regle l affaire il suffit d editer /boot/grub/menulist seulement je ne le trouvait pas, c est parce qu il fallait le monter pour l editer. #mkdir /boot #mount /dev/hda1 /boot #vi /boot/boot/grub/menulist et modifez le debut du fichier telquel serial --unit=0 --speed=19200 --word=8 --parity=no --stop=1 terminal serial default 0 timeout 0 pour une soekris avec pcmcia installez : root@OpenWrt:~# ipkg install pcmcia-cs_3.2.8-1_mipsel.ipk Installing pcmcia-cs (3.2.8-1) to root... Configuring pcmcia-cs Done. root@OpenWrt:~# ipkg install kmod-pcmcia-core_2.4.34-brcm-1_mipsel.ipk Installing kmod-pcmcia-core (2.4.34-brcm-1) to root... Configuring kmod-pcmcia-core Done. =====info-wrap===== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 ===configurer=== vous voila loggé, !!avant toute chose n' oubliez pas d'attribuer un mot passe lors de la premiere connection en telnet. root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root nous allons ensuite rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial (ceci est une étape facultative et riquée pour ne pas prendre de risque tenez vous en au repositories officielle de kamikaze) editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 astuce2 avec atheros et le mode 11a l' option distance est importante. voir [[test athctrl]] exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option agmode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.agmode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== (pas fini) une version pour la kamikaze actuelle est presente sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ les test eont en cours avec le paquet asterisk-mini ...a suivre (2007-12-14) ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install tftpd-hpa en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.root wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.kernel cp kamikaze.root kamikaze.kernel /var/lib/tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs prend un certain temps (plus de 10 minutes) RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 finaliser en tapant exec RedBoot> exec ====reflasher facilement une fonera avec ap51-flash-fonera==== ce merveilleux script qui nous viens tout droit de la communauté freifunk permet de reflasher une fonra ou le '''red boot''' serait deja '''activé.''' il suffit de se procurer ces trois fichiers ( dans le cas d un upgrade kamikaze par le vide ) * [http://download.berlin.freifunk.net/fonera/ap51-flash-fonera-1.0-38|ap51-flash] (la version a l'heure de lécriture de cette doc est 0.38) !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' option agmode 11b # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none les paramètres ips sont a rajouter dans /etc/config/network config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat ==config avancée== ===divers conseils concernant le mode ad-hoc=== ====carte a ne pas utiliser au mode ad-hoc==== *senao *orinoco ''conseil repris du forum openwrt ( par onebit)'' selon onebit, sous le mode ad-hoc. le matériel Broadcom (wrt54g etc...) n' a aucun problème, par contre les cartes atheros (meraki, routerboard + CM9) ont quelques problèmes. ====quelques conseils:==== * compiler kamikaze avec le "rate control" mis a "sample". Editez package/madwifi/Makefile et changez la valeur suivante. RATE_CONTROL:=sample * mettez la valeur de l option diversity a 0 dans /etc/config/wireless (le broadcast arrive dans une antenne) * fixez le bssid sur tout les noeuds (pour arreter la divergence--> impossible avec les senaos) * mettez les valeurs rts et frag a off (dans le "mesh mode" rts doit etre mis mais avec madwifi c est dur...) * fixez le channel (random madwifi segmentation if omitted) ** exemple du fichier /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option diversity 0 option txantenna 1 option rxantenna 1 option agmode 11g config wifi-iface option device wifi0 option mode adhoc option ssid XXX option hidden 0 option encryption wep option key XXXXXXXXXX option bssid AA:BB:CC:DD:EE:FF option txpower 18 #option rts 250 #option frag 256 * dans /etc/sysctl.conf (pour le probleme: "ath_mgtstart: discard, no xmit buf") vm.min_free_kbytes = 10000 * pour le probleme de "ramping" "ath_mgtstart: discard, no xmit buf" #iwpriv ath0 uapsd 0 * pour allèger le problème de ramping (voir http://madwifi.org/ticket/1154) #iwpriv ath0 bintval 1000 * fixez le rate sur l'interface #iwconfig ath0 rate 12M ===mode ap et adhoc sur la meme interface=== afin que mamy puisse servire la communauté tout en surfant de son fauteuil --dako 2007-12-14 1769 1768 2008-01-25T15:00:46Z Dako 4 /* reflasher facilement une fonera avec ap51-flash-fonera */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== =====info-soekris===== [reglé] je comprend toujours pas mais la meme image que dans un wrap sur une soekris mais horriblement longtemps a booter [/reglé] ben voila ces quelques modification regle l affaire il suffit d editer /boot/grub/menulist seulement je ne le trouvait pas, c est parce qu il fallait le monter pour l editer. #mkdir /boot #mount /dev/hda1 /boot #vi /boot/boot/grub/menulist et modifez le debut du fichier telquel serial --unit=0 --speed=19200 --word=8 --parity=no --stop=1 terminal serial default 0 timeout 0 pour une soekris avec pcmcia installez : root@OpenWrt:~# ipkg install pcmcia-cs_3.2.8-1_mipsel.ipk Installing pcmcia-cs (3.2.8-1) to root... Configuring pcmcia-cs Done. root@OpenWrt:~# ipkg install kmod-pcmcia-core_2.4.34-brcm-1_mipsel.ipk Installing kmod-pcmcia-core (2.4.34-brcm-1) to root... Configuring kmod-pcmcia-core Done. =====info-wrap===== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 ===configurer=== vous voila loggé, !!avant toute chose n' oubliez pas d'attribuer un mot passe lors de la premiere connection en telnet. root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root nous allons ensuite rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial (ceci est une étape facultative et riquée pour ne pas prendre de risque tenez vous en au repositories officielle de kamikaze) editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 astuce2 avec atheros et le mode 11a l' option distance est importante. voir [[test athctrl]] exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option agmode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.agmode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== (pas fini) une version pour la kamikaze actuelle est presente sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ les test eont en cours avec le paquet asterisk-mini ...a suivre (2007-12-14) ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install tftpd-hpa en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.root wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.kernel cp kamikaze.root kamikaze.kernel /var/lib/tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs prend un certain temps (plus de 10 minutes) RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 finaliser en tapant exec RedBoot> exec ====reflasher facilement une fonera avec ap51-flash-fonera==== ce merveilleux script qui nous viens tout droit de la communauté freifunk permet de reflasher une fonra ou le '''red boot''' serait deja '''activé.''' il suffit de se procurer ces trois fichiers ( dans le cas d un upgrade kamikaze par le vide ) * [ap51-flash|http://download.berlin.freifunk.net/fonera/ap51-flash-fonera-1.0-38] (la version a l'heure de lécriture de cette doc est 0.38) !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' option agmode 11b # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none les paramètres ips sont a rajouter dans /etc/config/network config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat ==config avancée== ===divers conseils concernant le mode ad-hoc=== ====carte a ne pas utiliser au mode ad-hoc==== *senao *orinoco ''conseil repris du forum openwrt ( par onebit)'' selon onebit, sous le mode ad-hoc. le matériel Broadcom (wrt54g etc...) n' a aucun problème, par contre les cartes atheros (meraki, routerboard + CM9) ont quelques problèmes. ====quelques conseils:==== * compiler kamikaze avec le "rate control" mis a "sample". Editez package/madwifi/Makefile et changez la valeur suivante. RATE_CONTROL:=sample * mettez la valeur de l option diversity a 0 dans /etc/config/wireless (le broadcast arrive dans une antenne) * fixez le bssid sur tout les noeuds (pour arreter la divergence--> impossible avec les senaos) * mettez les valeurs rts et frag a off (dans le "mesh mode" rts doit etre mis mais avec madwifi c est dur...) * fixez le channel (random madwifi segmentation if omitted) ** exemple du fichier /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option diversity 0 option txantenna 1 option rxantenna 1 option agmode 11g config wifi-iface option device wifi0 option mode adhoc option ssid XXX option hidden 0 option encryption wep option key XXXXXXXXXX option bssid AA:BB:CC:DD:EE:FF option txpower 18 #option rts 250 #option frag 256 * dans /etc/sysctl.conf (pour le probleme: "ath_mgtstart: discard, no xmit buf") vm.min_free_kbytes = 10000 * pour le probleme de "ramping" "ath_mgtstart: discard, no xmit buf" #iwpriv ath0 uapsd 0 * pour allèger le problème de ramping (voir http://madwifi.org/ticket/1154) #iwpriv ath0 bintval 1000 * fixez le rate sur l'interface #iwconfig ath0 rate 12M ===mode ap et adhoc sur la meme interface=== afin que mamy puisse servire la communauté tout en surfant de son fauteuil --dako 2007-12-14 1770 1769 2008-01-25T15:09:48Z Dako 4 /* reflasher facilement une fonera avec ap51-flash-fonera */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== =====info-soekris===== [reglé] je comprend toujours pas mais la meme image que dans un wrap sur une soekris mais horriblement longtemps a booter [/reglé] ben voila ces quelques modification regle l affaire il suffit d editer /boot/grub/menulist seulement je ne le trouvait pas, c est parce qu il fallait le monter pour l editer. #mkdir /boot #mount /dev/hda1 /boot #vi /boot/boot/grub/menulist et modifez le debut du fichier telquel serial --unit=0 --speed=19200 --word=8 --parity=no --stop=1 terminal serial default 0 timeout 0 pour une soekris avec pcmcia installez : root@OpenWrt:~# ipkg install pcmcia-cs_3.2.8-1_mipsel.ipk Installing pcmcia-cs (3.2.8-1) to root... Configuring pcmcia-cs Done. root@OpenWrt:~# ipkg install kmod-pcmcia-core_2.4.34-brcm-1_mipsel.ipk Installing kmod-pcmcia-core (2.4.34-brcm-1) to root... Configuring kmod-pcmcia-core Done. =====info-wrap===== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 ===configurer=== vous voila loggé, !!avant toute chose n' oubliez pas d'attribuer un mot passe lors de la premiere connection en telnet. root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root nous allons ensuite rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial (ceci est une étape facultative et riquée pour ne pas prendre de risque tenez vous en au repositories officielle de kamikaze) editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 astuce2 avec atheros et le mode 11a l' option distance est importante. voir [[test athctrl]] exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option agmode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.agmode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== (pas fini) une version pour la kamikaze actuelle est presente sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ les test eont en cours avec le paquet asterisk-mini ...a suivre (2007-12-14) ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install tftpd-hpa en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.root wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.kernel cp kamikaze.root kamikaze.kernel /var/lib/tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs prend un certain temps (plus de 10 minutes) RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 finaliser en tapant exec RedBoot> exec ====reflasher facilement une fonera avec ap51-flash-fonera==== ce merveilleux script qui nous viens tout droit de la communauté freifunk permet de reflasher une fonra ou le '''red boot''' serait deja '''activé.''' il suffit de se procurer ces trois fichiers ( dans le cas d un upgrade kamikaze par le vide ) * ap-51-flash [http://download.berlin.freifunk.net/fonera/ap51-flash-fonera-1.0-38] (la version a l'heure de lécriture de cette doc est 0.38) * kamiaze kernel [http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-vmlinux.lzma] * kamikaze fs [http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-root.squashfs] placer vous dans le dossier ou se trouve les trois fichiers et rendez executable ap51-flash $ chmod +x ap51-flash-fonera-1.0-38 et executez le script avec comme premier argument la carte reseau sur lequel est branché la fonera. '''ATTENTION!!''' il est important d utiliser un cable croisé de plus si votre lecteur dvd utilise redboot il risque d etre affecté :) !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' option agmode 11b # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none les paramètres ips sont a rajouter dans /etc/config/network config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat ==config avancée== ===divers conseils concernant le mode ad-hoc=== ====carte a ne pas utiliser au mode ad-hoc==== *senao *orinoco ''conseil repris du forum openwrt ( par onebit)'' selon onebit, sous le mode ad-hoc. le matériel Broadcom (wrt54g etc...) n' a aucun problème, par contre les cartes atheros (meraki, routerboard + CM9) ont quelques problèmes. ====quelques conseils:==== * compiler kamikaze avec le "rate control" mis a "sample". Editez package/madwifi/Makefile et changez la valeur suivante. RATE_CONTROL:=sample * mettez la valeur de l option diversity a 0 dans /etc/config/wireless (le broadcast arrive dans une antenne) * fixez le bssid sur tout les noeuds (pour arreter la divergence--> impossible avec les senaos) * mettez les valeurs rts et frag a off (dans le "mesh mode" rts doit etre mis mais avec madwifi c est dur...) * fixez le channel (random madwifi segmentation if omitted) ** exemple du fichier /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option diversity 0 option txantenna 1 option rxantenna 1 option agmode 11g config wifi-iface option device wifi0 option mode adhoc option ssid XXX option hidden 0 option encryption wep option key XXXXXXXXXX option bssid AA:BB:CC:DD:EE:FF option txpower 18 #option rts 250 #option frag 256 * dans /etc/sysctl.conf (pour le probleme: "ath_mgtstart: discard, no xmit buf") vm.min_free_kbytes = 10000 * pour le probleme de "ramping" "ath_mgtstart: discard, no xmit buf" #iwpriv ath0 uapsd 0 * pour allèger le problème de ramping (voir http://madwifi.org/ticket/1154) #iwpriv ath0 bintval 1000 * fixez le rate sur l'interface #iwconfig ath0 rate 12M ===mode ap et adhoc sur la meme interface=== afin que mamy puisse servire la communauté tout en surfant de son fauteuil --dako 2007-12-14 1771 1770 2008-01-25T15:15:55Z Dako 4 /* reflasher facilement une fonera avec ap51-flash-fonera */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== =====info-soekris===== [reglé] je comprend toujours pas mais la meme image que dans un wrap sur une soekris mais horriblement longtemps a booter [/reglé] ben voila ces quelques modification regle l affaire il suffit d editer /boot/grub/menulist seulement je ne le trouvait pas, c est parce qu il fallait le monter pour l editer. #mkdir /boot #mount /dev/hda1 /boot #vi /boot/boot/grub/menulist et modifez le debut du fichier telquel serial --unit=0 --speed=19200 --word=8 --parity=no --stop=1 terminal serial default 0 timeout 0 pour une soekris avec pcmcia installez : root@OpenWrt:~# ipkg install pcmcia-cs_3.2.8-1_mipsel.ipk Installing pcmcia-cs (3.2.8-1) to root... Configuring pcmcia-cs Done. root@OpenWrt:~# ipkg install kmod-pcmcia-core_2.4.34-brcm-1_mipsel.ipk Installing kmod-pcmcia-core (2.4.34-brcm-1) to root... Configuring kmod-pcmcia-core Done. =====info-wrap===== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 ===configurer=== vous voila loggé, !!avant toute chose n' oubliez pas d'attribuer un mot passe lors de la premiere connection en telnet. root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root nous allons ensuite rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial (ceci est une étape facultative et riquée pour ne pas prendre de risque tenez vous en au repositories officielle de kamikaze) editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 astuce2 avec atheros et le mode 11a l' option distance est importante. voir [[test athctrl]] exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option agmode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.agmode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== (pas fini) une version pour la kamikaze actuelle est presente sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ les test eont en cours avec le paquet asterisk-mini ...a suivre (2007-12-14) ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install tftpd-hpa en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.root wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.kernel cp kamikaze.root kamikaze.kernel /var/lib/tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs prend un certain temps (plus de 10 minutes) RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 finaliser en tapant exec RedBoot> exec ====reflasher facilement une fonera avec ap51-flash-fonera==== ce merveilleux script qui nous viens tout droit de la communauté freifunk permet de reflasher une fonra ou le '''red boot''' serait deja '''activé.''' il suffit de se procurer ces trois fichiers ( dans le cas d un upgrade kamikaze par le vide ) * ap-51-flash [http://download.berlin.freifunk.net/fonera/ap51-flash-fonera-1.0-38] (la version a l'heure de lécriture de cette doc est 0.38) * kamiaze kernel [http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-vmlinux.lzma] * kamikaze fs [http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-root.squashfs] placer vous dans le dossier ou se trouve les trois fichiers et rendez executable ap51-flash $ chmod +x ap51-flash-fonera-1.0-38 et executez le script avec comme premier argument la carte reseau sur lequel est branché la fonera. '''ATTENTION!!''' il est important d utiliser un cable croisé de plus si votre lecteur dvd utilise redboot il risque d etre affecté :) la commande doit etre lancée avant la mise sous tension de la fonera $ sudo ./ap51-flash-fonera-1.0-38 eth2 openwrt-atheros-2.6-root.squashfs openwrt-atheros-2.6-vmlinux.lzma Reading rootfs file openwrt-atheros-2.6-root.squashfs with 1179648 bytes... Reading kernel file openwrt-atheros-2.6-vmlinux.lzma with 786432 bytes... rootfs(0x006e0000) + kernel(0x000c0000) + nvram(0x00000000) sums up to 0x007a000 !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' option agmode 11b # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none les paramètres ips sont a rajouter dans /etc/config/network config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat ==config avancée== ===divers conseils concernant le mode ad-hoc=== ====carte a ne pas utiliser au mode ad-hoc==== *senao *orinoco ''conseil repris du forum openwrt ( par onebit)'' selon onebit, sous le mode ad-hoc. le matériel Broadcom (wrt54g etc...) n' a aucun problème, par contre les cartes atheros (meraki, routerboard + CM9) ont quelques problèmes. ====quelques conseils:==== * compiler kamikaze avec le "rate control" mis a "sample". Editez package/madwifi/Makefile et changez la valeur suivante. RATE_CONTROL:=sample * mettez la valeur de l option diversity a 0 dans /etc/config/wireless (le broadcast arrive dans une antenne) * fixez le bssid sur tout les noeuds (pour arreter la divergence--> impossible avec les senaos) * mettez les valeurs rts et frag a off (dans le "mesh mode" rts doit etre mis mais avec madwifi c est dur...) * fixez le channel (random madwifi segmentation if omitted) ** exemple du fichier /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option diversity 0 option txantenna 1 option rxantenna 1 option agmode 11g config wifi-iface option device wifi0 option mode adhoc option ssid XXX option hidden 0 option encryption wep option key XXXXXXXXXX option bssid AA:BB:CC:DD:EE:FF option txpower 18 #option rts 250 #option frag 256 * dans /etc/sysctl.conf (pour le probleme: "ath_mgtstart: discard, no xmit buf") vm.min_free_kbytes = 10000 * pour le probleme de "ramping" "ath_mgtstart: discard, no xmit buf" #iwpriv ath0 uapsd 0 * pour allèger le problème de ramping (voir http://madwifi.org/ticket/1154) #iwpriv ath0 bintval 1000 * fixez le rate sur l'interface #iwconfig ath0 rate 12M ===mode ap et adhoc sur la meme interface=== afin que mamy puisse servire la communauté tout en surfant de son fauteuil --dako 2007-12-14 1772 1771 2008-01-25T15:26:24Z Dako 4 /* reflasher facilement une fonera avec ap51-flash-fonera */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== =====info-soekris===== [reglé] je comprend toujours pas mais la meme image que dans un wrap sur une soekris mais horriblement longtemps a booter [/reglé] ben voila ces quelques modification regle l affaire il suffit d editer /boot/grub/menulist seulement je ne le trouvait pas, c est parce qu il fallait le monter pour l editer. #mkdir /boot #mount /dev/hda1 /boot #vi /boot/boot/grub/menulist et modifez le debut du fichier telquel serial --unit=0 --speed=19200 --word=8 --parity=no --stop=1 terminal serial default 0 timeout 0 pour une soekris avec pcmcia installez : root@OpenWrt:~# ipkg install pcmcia-cs_3.2.8-1_mipsel.ipk Installing pcmcia-cs (3.2.8-1) to root... Configuring pcmcia-cs Done. root@OpenWrt:~# ipkg install kmod-pcmcia-core_2.4.34-brcm-1_mipsel.ipk Installing kmod-pcmcia-core (2.4.34-brcm-1) to root... Configuring kmod-pcmcia-core Done. =====info-wrap===== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 ===configurer=== vous voila loggé, !!avant toute chose n' oubliez pas d'attribuer un mot passe lors de la premiere connection en telnet. root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root nous allons ensuite rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial (ceci est une étape facultative et riquée pour ne pas prendre de risque tenez vous en au repositories officielle de kamikaze) editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 astuce2 avec atheros et le mode 11a l' option distance est importante. voir [[test athctrl]] exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option agmode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.agmode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== (pas fini) une version pour la kamikaze actuelle est presente sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ les test eont en cours avec le paquet asterisk-mini ...a suivre (2007-12-14) ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install tftpd-hpa en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.root wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.kernel cp kamikaze.root kamikaze.kernel /var/lib/tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs prend un certain temps (plus de 10 minutes) RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 finaliser en tapant exec RedBoot> exec ====reflasher facilement une fonera avec ap51-flash-fonera==== ce merveilleux script qui nous viens tout droit de la communauté freifunk permet de reflasher une fonra ou le '''red boot''' serait deja '''activé.''' il suffit de se procurer ces trois fichiers ( dans le cas d un upgrade kamikaze par le vide ) * ap-51-flash [http://download.berlin.freifunk.net/fonera/ap51-flash-fonera-1.0-38] (la version a l'heure de lécriture de cette doc est 0.38) * kamiaze kernel [http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-vmlinux.lzma] * kamikaze fs [http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-root.squashfs] placer vous dans le dossier ou se trouve les trois fichiers et rendez executable ap51-flash $ chmod +x ap51-flash-fonera-1.0-38 et executez le script avec comme premier argument la carte reseau sur lequel est branché la fonera. '''ATTENTION!!''' il est important d utiliser un cable croisé de plus si votre lecteur dvd utilise redboot il risque d etre affecté :) la commande doit etre lancée avant la mise sous tension de la fonera # ./ap51-flash-fonera-1.0-38 eth2 openwrt-atheros-2.6-root.squashfs openwrt-atheros-2.6-vmlinux.lzma Reading rootfs file openwrt-atheros-2.6-root.squashfs with 1179648 bytes... Reading kernel file openwrt-atheros-2.6-vmlinux.lzma with 786432 bytes... rootfs(0x006e0000) + kernel(0x000c0000) + nvram(0x00000000) sums up to 0x007a000 !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.1 option netmask 255.255.255.0 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' option agmode 11b # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none les paramètres ips sont a rajouter dans /etc/config/network config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat ==config avancée== ===divers conseils concernant le mode ad-hoc=== ====carte a ne pas utiliser au mode ad-hoc==== *senao *orinoco ''conseil repris du forum openwrt ( par onebit)'' selon onebit, sous le mode ad-hoc. le matériel Broadcom (wrt54g etc...) n' a aucun problème, par contre les cartes atheros (meraki, routerboard + CM9) ont quelques problèmes. ====quelques conseils:==== * compiler kamikaze avec le "rate control" mis a "sample". Editez package/madwifi/Makefile et changez la valeur suivante. RATE_CONTROL:=sample * mettez la valeur de l option diversity a 0 dans /etc/config/wireless (le broadcast arrive dans une antenne) * fixez le bssid sur tout les noeuds (pour arreter la divergence--> impossible avec les senaos) * mettez les valeurs rts et frag a off (dans le "mesh mode" rts doit etre mis mais avec madwifi c est dur...) * fixez le channel (random madwifi segmentation if omitted) ** exemple du fichier /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option diversity 0 option txantenna 1 option rxantenna 1 option agmode 11g config wifi-iface option device wifi0 option mode adhoc option ssid XXX option hidden 0 option encryption wep option key XXXXXXXXXX option bssid AA:BB:CC:DD:EE:FF option txpower 18 #option rts 250 #option frag 256 * dans /etc/sysctl.conf (pour le probleme: "ath_mgtstart: discard, no xmit buf") vm.min_free_kbytes = 10000 * pour le probleme de "ramping" "ath_mgtstart: discard, no xmit buf" #iwpriv ath0 uapsd 0 * pour allèger le problème de ramping (voir http://madwifi.org/ticket/1154) #iwpriv ath0 bintval 1000 * fixez le rate sur l'interface #iwconfig ath0 rate 12M ===mode ap et adhoc sur la meme interface=== afin que mamy puisse servire la communauté tout en surfant de son fauteuil --dako 2007-12-14 1773 1772 2008-01-25T15:36:46Z Dako 4 /* network */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== =====info-soekris===== [reglé] je comprend toujours pas mais la meme image que dans un wrap sur une soekris mais horriblement longtemps a booter [/reglé] ben voila ces quelques modification regle l affaire il suffit d editer /boot/grub/menulist seulement je ne le trouvait pas, c est parce qu il fallait le monter pour l editer. #mkdir /boot #mount /dev/hda1 /boot #vi /boot/boot/grub/menulist et modifez le debut du fichier telquel serial --unit=0 --speed=19200 --word=8 --parity=no --stop=1 terminal serial default 0 timeout 0 pour une soekris avec pcmcia installez : root@OpenWrt:~# ipkg install pcmcia-cs_3.2.8-1_mipsel.ipk Installing pcmcia-cs (3.2.8-1) to root... Configuring pcmcia-cs Done. root@OpenWrt:~# ipkg install kmod-pcmcia-core_2.4.34-brcm-1_mipsel.ipk Installing kmod-pcmcia-core (2.4.34-brcm-1) to root... Configuring kmod-pcmcia-core Done. =====info-wrap===== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 ===configurer=== vous voila loggé, !!avant toute chose n' oubliez pas d'attribuer un mot passe lors de la premiere connection en telnet. root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root nous allons ensuite rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial (ceci est une étape facultative et riquée pour ne pas prendre de risque tenez vous en au repositories officielle de kamikaze) editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 astuce2 avec atheros et le mode 11a l' option distance est importante. voir [[test athctrl]] exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option agmode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.agmode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== (pas fini) une version pour la kamikaze actuelle est presente sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ les test eont en cours avec le paquet asterisk-mini ...a suivre (2007-12-14) ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install tftpd-hpa en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.root wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.kernel cp kamikaze.root kamikaze.kernel /var/lib/tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs prend un certain temps (plus de 10 minutes) RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 finaliser en tapant exec RedBoot> exec ====reflasher facilement une fonera avec ap51-flash-fonera==== ce merveilleux script qui nous viens tout droit de la communauté freifunk permet de reflasher une fonra ou le '''red boot''' serait deja '''activé.''' il suffit de se procurer ces trois fichiers ( dans le cas d un upgrade kamikaze par le vide ) * ap-51-flash [http://download.berlin.freifunk.net/fonera/ap51-flash-fonera-1.0-38] (la version a l'heure de lécriture de cette doc est 0.38) * kamiaze kernel [http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-vmlinux.lzma] * kamikaze fs [http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-root.squashfs] placer vous dans le dossier ou se trouve les trois fichiers et rendez executable ap51-flash $ chmod +x ap51-flash-fonera-1.0-38 et executez le script avec comme premier argument la carte reseau sur lequel est branché la fonera. '''ATTENTION!!''' il est important d utiliser un cable croisé de plus si votre lecteur dvd utilise redboot il risque d etre affecté :) la commande doit etre lancée avant la mise sous tension de la fonera # ./ap51-flash-fonera-1.0-38 eth2 openwrt-atheros-2.6-root.squashfs openwrt-atheros-2.6-vmlinux.lzma Reading rootfs file openwrt-atheros-2.6-root.squashfs with 1179648 bytes... Reading kernel file openwrt-atheros-2.6-vmlinux.lzma with 786432 bytes... rootfs(0x006e0000) + kernel(0x000c0000) + nvram(0x00000000) sums up to 0x007a000 !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.2 option netmask 255.255.255.0 option gateway 192.168.1.1 option dns 4.2.2.2 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' option agmode 11b # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none les paramètres ips sont a rajouter dans /etc/config/network config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat ==config avancée== ===divers conseils concernant le mode ad-hoc=== ====carte a ne pas utiliser au mode ad-hoc==== *senao *orinoco ''conseil repris du forum openwrt ( par onebit)'' selon onebit, sous le mode ad-hoc. le matériel Broadcom (wrt54g etc...) n' a aucun problème, par contre les cartes atheros (meraki, routerboard + CM9) ont quelques problèmes. ====quelques conseils:==== * compiler kamikaze avec le "rate control" mis a "sample". Editez package/madwifi/Makefile et changez la valeur suivante. RATE_CONTROL:=sample * mettez la valeur de l option diversity a 0 dans /etc/config/wireless (le broadcast arrive dans une antenne) * fixez le bssid sur tout les noeuds (pour arreter la divergence--> impossible avec les senaos) * mettez les valeurs rts et frag a off (dans le "mesh mode" rts doit etre mis mais avec madwifi c est dur...) * fixez le channel (random madwifi segmentation if omitted) ** exemple du fichier /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option diversity 0 option txantenna 1 option rxantenna 1 option agmode 11g config wifi-iface option device wifi0 option mode adhoc option ssid XXX option hidden 0 option encryption wep option key XXXXXXXXXX option bssid AA:BB:CC:DD:EE:FF option txpower 18 #option rts 250 #option frag 256 * dans /etc/sysctl.conf (pour le probleme: "ath_mgtstart: discard, no xmit buf") vm.min_free_kbytes = 10000 * pour le probleme de "ramping" "ath_mgtstart: discard, no xmit buf" #iwpriv ath0 uapsd 0 * pour allèger le problème de ramping (voir http://madwifi.org/ticket/1154) #iwpriv ath0 bintval 1000 * fixez le rate sur l'interface #iwconfig ath0 rate 12M ===mode ap et adhoc sur la meme interface=== afin que mamy puisse servire la communauté tout en surfant de son fauteuil --dako 2007-12-14 1774 1773 2008-01-25T15:37:52Z Dako 4 /* network */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== =====info-soekris===== [reglé] je comprend toujours pas mais la meme image que dans un wrap sur une soekris mais horriblement longtemps a booter [/reglé] ben voila ces quelques modification regle l affaire il suffit d editer /boot/grub/menulist seulement je ne le trouvait pas, c est parce qu il fallait le monter pour l editer. #mkdir /boot #mount /dev/hda1 /boot #vi /boot/boot/grub/menulist et modifez le debut du fichier telquel serial --unit=0 --speed=19200 --word=8 --parity=no --stop=1 terminal serial default 0 timeout 0 pour une soekris avec pcmcia installez : root@OpenWrt:~# ipkg install pcmcia-cs_3.2.8-1_mipsel.ipk Installing pcmcia-cs (3.2.8-1) to root... Configuring pcmcia-cs Done. root@OpenWrt:~# ipkg install kmod-pcmcia-core_2.4.34-brcm-1_mipsel.ipk Installing kmod-pcmcia-core (2.4.34-brcm-1) to root... Configuring kmod-pcmcia-core Done. =====info-wrap===== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 ===configurer=== vous voila loggé, !!avant toute chose n' oubliez pas d'attribuer un mot passe lors de la premiere connection en telnet. root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root nous allons ensuite rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial (ceci est une étape facultative et riquée pour ne pas prendre de risque tenez vous en au repositories officielle de kamikaze) editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 astuce2 avec atheros et le mode 11a l' option distance est importante. voir [[test athctrl]] exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option agmode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.agmode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== (pas fini) une version pour la kamikaze actuelle est presente sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ les test eont en cours avec le paquet asterisk-mini ...a suivre (2007-12-14) ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install tftpd-hpa en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.root wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.kernel cp kamikaze.root kamikaze.kernel /var/lib/tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> load -r -v -b 0x80040450 kamikaze.root RedBoot> fis create -b 0x80040450 -f 0xA8030000 -l 0x00700000 -e 0x00000000 rootfs prend un certain temps (plus de 10 minutes) RedBoot> load -r -b %{FREEMEMLO} kamikaze.kernel RedBoot> fis create -r 0x80041000 -e 0x80041000 vmlinux.bin.l7 RedBoot> fis load -l vmlinux.bin.l7 finaliser en tapant exec RedBoot> exec ====reflasher facilement une fonera avec ap51-flash-fonera==== ce merveilleux script qui nous viens tout droit de la communauté freifunk permet de reflasher une fonra ou le '''red boot''' serait deja '''activé.''' il suffit de se procurer ces trois fichiers ( dans le cas d un upgrade kamikaze par le vide ) * ap-51-flash [http://download.berlin.freifunk.net/fonera/ap51-flash-fonera-1.0-38] (la version a l'heure de lécriture de cette doc est 0.38) * kamiaze kernel [http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-vmlinux.lzma] * kamikaze fs [http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-root.squashfs] placer vous dans le dossier ou se trouve les trois fichiers et rendez executable ap51-flash $ chmod +x ap51-flash-fonera-1.0-38 et executez le script avec comme premier argument la carte reseau sur lequel est branché la fonera. '''ATTENTION!!''' il est important d utiliser un cable croisé de plus si votre lecteur dvd utilise redboot il risque d etre affecté :) la commande doit etre lancée avant la mise sous tension de la fonera # ./ap51-flash-fonera-1.0-38 eth2 openwrt-atheros-2.6-root.squashfs openwrt-atheros-2.6-vmlinux.lzma Reading rootfs file openwrt-atheros-2.6-root.squashfs with 1179648 bytes... Reading kernel file openwrt-atheros-2.6-vmlinux.lzma with 786432 bytes... rootfs(0x006e0000) + kernel(0x000c0000) + nvram(0x00000000) sums up to 0x007a000 !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.2 option netmask 255.255.255.0 option gateway 192.168.1.1 option dns 4.2.2.2 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' option agmode 11b # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none les paramètres ips sont a rajouter dans /etc/config/network config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat ==config avancée== ===divers conseils concernant le mode ad-hoc=== ====carte a ne pas utiliser au mode ad-hoc==== *senao *orinoco ''conseil repris du forum openwrt ( par onebit)'' selon onebit, sous le mode ad-hoc. le matériel Broadcom (wrt54g etc...) n' a aucun problème, par contre les cartes atheros (meraki, routerboard + CM9) ont quelques problèmes. ====quelques conseils:==== * compiler kamikaze avec le "rate control" mis a "sample". Editez package/madwifi/Makefile et changez la valeur suivante. RATE_CONTROL:=sample * mettez la valeur de l option diversity a 0 dans /etc/config/wireless (le broadcast arrive dans une antenne) * fixez le bssid sur tout les noeuds (pour arreter la divergence--> impossible avec les senaos) * mettez les valeurs rts et frag a off (dans le "mesh mode" rts doit etre mis mais avec madwifi c est dur...) * fixez le channel (random madwifi segmentation if omitted) ** exemple du fichier /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option diversity 0 option txantenna 1 option rxantenna 1 option agmode 11g config wifi-iface option device wifi0 option mode adhoc option ssid XXX option hidden 0 option encryption wep option key XXXXXXXXXX option bssid AA:BB:CC:DD:EE:FF option txpower 18 #option rts 250 #option frag 256 * dans /etc/sysctl.conf (pour le probleme: "ath_mgtstart: discard, no xmit buf") vm.min_free_kbytes = 10000 * pour le probleme de "ramping" "ath_mgtstart: discard, no xmit buf" #iwpriv ath0 uapsd 0 * pour allèger le problème de ramping (voir http://madwifi.org/ticket/1154) #iwpriv ath0 bintval 1000 * fixez le rate sur l'interface #iwconfig ath0 rate 12M ===mode ap et adhoc sur la meme interface=== afin que mamy puisse servire la communauté tout en surfant de son fauteuil --dako 2007-12-14 1775 1774 2008-01-25T17:44:23Z Dako 4 /* installer openwrt kamikaze pour fonera */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== =====info-soekris===== [reglé] je comprend toujours pas mais la meme image que dans un wrap sur une soekris mais horriblement longtemps a booter [/reglé] ben voila ces quelques modification regle l affaire il suffit d editer /boot/grub/menulist seulement je ne le trouvait pas, c est parce qu il fallait le monter pour l editer. #mkdir /boot #mount /dev/hda1 /boot #vi /boot/boot/grub/menulist et modifez le debut du fichier telquel serial --unit=0 --speed=19200 --word=8 --parity=no --stop=1 terminal serial default 0 timeout 0 pour une soekris avec pcmcia installez : root@OpenWrt:~# ipkg install pcmcia-cs_3.2.8-1_mipsel.ipk Installing pcmcia-cs (3.2.8-1) to root... Configuring pcmcia-cs Done. root@OpenWrt:~# ipkg install kmod-pcmcia-core_2.4.34-brcm-1_mipsel.ipk Installing kmod-pcmcia-core (2.4.34-brcm-1) to root... Configuring kmod-pcmcia-core Done. =====info-wrap===== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 ===configurer=== vous voila loggé, !!avant toute chose n' oubliez pas d'attribuer un mot passe lors de la premiere connection en telnet. root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root nous allons ensuite rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial (ceci est une étape facultative et riquée pour ne pas prendre de risque tenez vous en au repositories officielle de kamikaze) editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 astuce2 avec atheros et le mode 11a l' option distance est importante. voir [[test athctrl]] exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option agmode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.agmode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== (pas fini) une version pour la kamikaze actuelle est presente sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ les test eont en cours avec le paquet asterisk-mini ...a suivre (2007-12-14) ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install tftpd-hpa en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.root wget http://10.93.0.33/rc/fonera/tftpboot/kamikaze.kernel cp kamikaze.root kamikaze.kernel /var/lib/tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> lo -r -b %{FREEMEMLO} openwrt-atheros-2.6-vmlinux.lzma Using default protocol (TFTP) Raw file loaded 0x80040800-0x801007ff, assumed entry at 0x80040800 RedBoot> fi cr -e 0x80041000 -r 0x80041000 vmlinux.bin.l7 ... Erase from 0xa8030000-0xa80f0000: ............ ... Program from 0x80040800-0x80100800 at 0xa8030000: ............ ... Erase from 0xa87e0000-0xa87f0000: . ... Program from 0x80ff0000-0x81000000 at 0xa87e0000: . patientez recalculont la memoire disponible RedBoot> fis free 0xA80F0000 .. 0xA87E0000 un petit calcul pour voir ou on commence l ecriture( avec bc) root@bolivar:~# bc bc 1.06 Copyright 1991-1994, 1997, 1998, 2000 Free Software Foundation, Inc. This is free software with ABSOLUTELY NO WARRANTY. For details type `warranty'. obase=16 ibase=16 A87E0000 -A80F0000 '''6F0000''' ensuite (en adaptant la valeur) RedBoot> lo -r -b %{FREEMEMLO} openwrt-atheros-2.6-root.squashfs RedBoot> fi cr -l 0x'''6F0000''' rootfs finaliser en tapant exec RedBoot> fis load -l vmlinux.bin.l7 RedBoot> exec ====reflasher facilement une fonera avec ap51-flash-fonera==== ce merveilleux script qui nous viens tout droit de la communauté freifunk permet de reflasher une fonra ou le '''red boot''' serait deja '''activé.''' il suffit de se procurer ces trois fichiers ( dans le cas d un upgrade kamikaze par le vide ) * ap-51-flash [http://download.berlin.freifunk.net/fonera/ap51-flash-fonera-1.0-38] (la version a l'heure de lécriture de cette doc est 0.38) * kamiaze kernel [http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-vmlinux.lzma] * kamikaze fs [http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-root.squashfs] placer vous dans le dossier ou se trouve les trois fichiers et rendez executable ap51-flash $ chmod +x ap51-flash-fonera-1.0-38 et executez le script avec comme premier argument la carte reseau sur lequel est branché la fonera. '''ATTENTION!!''' il est important d utiliser un cable croisé de plus si votre lecteur dvd utilise redboot il risque d etre affecté :) la commande doit etre lancée avant la mise sous tension de la fonera # ./ap51-flash-fonera-1.0-38 eth2 openwrt-atheros-2.6-root.squashfs openwrt-atheros-2.6-vmlinux.lzma Reading rootfs file openwrt-atheros-2.6-root.squashfs with 1179648 bytes... Reading kernel file openwrt-atheros-2.6-vmlinux.lzma with 786432 bytes... rootfs(0x006e0000) + kernel(0x000c0000) + nvram(0x00000000) sums up to 0x007a000 !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.2 option netmask 255.255.255.0 option gateway 192.168.1.1 option dns 4.2.2.2 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' option agmode 11b # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none les paramètres ips sont a rajouter dans /etc/config/network config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat ==config avancée== ===divers conseils concernant le mode ad-hoc=== ====carte a ne pas utiliser au mode ad-hoc==== *senao *orinoco ''conseil repris du forum openwrt ( par onebit)'' selon onebit, sous le mode ad-hoc. le matériel Broadcom (wrt54g etc...) n' a aucun problème, par contre les cartes atheros (meraki, routerboard + CM9) ont quelques problèmes. ====quelques conseils:==== * compiler kamikaze avec le "rate control" mis a "sample". Editez package/madwifi/Makefile et changez la valeur suivante. RATE_CONTROL:=sample * mettez la valeur de l option diversity a 0 dans /etc/config/wireless (le broadcast arrive dans une antenne) * fixez le bssid sur tout les noeuds (pour arreter la divergence--> impossible avec les senaos) * mettez les valeurs rts et frag a off (dans le "mesh mode" rts doit etre mis mais avec madwifi c est dur...) * fixez le channel (random madwifi segmentation if omitted) ** exemple du fichier /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option diversity 0 option txantenna 1 option rxantenna 1 option agmode 11g config wifi-iface option device wifi0 option mode adhoc option ssid XXX option hidden 0 option encryption wep option key XXXXXXXXXX option bssid AA:BB:CC:DD:EE:FF option txpower 18 #option rts 250 #option frag 256 * dans /etc/sysctl.conf (pour le probleme: "ath_mgtstart: discard, no xmit buf") vm.min_free_kbytes = 10000 * pour le probleme de "ramping" "ath_mgtstart: discard, no xmit buf" #iwpriv ath0 uapsd 0 * pour allèger le problème de ramping (voir http://madwifi.org/ticket/1154) #iwpriv ath0 bintval 1000 * fixez le rate sur l'interface #iwconfig ath0 rate 12M ===mode ap et adhoc sur la meme interface=== afin que mamy puisse servire la communauté tout en surfant de son fauteuil --dako 2007-12-14 1776 1775 2008-01-25T17:51:39Z Dako 4 /* installer openwrt kamikaze pour fonera */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== =====info-soekris===== [reglé] je comprend toujours pas mais la meme image que dans un wrap sur une soekris mais horriblement longtemps a booter [/reglé] ben voila ces quelques modification regle l affaire il suffit d editer /boot/grub/menulist seulement je ne le trouvait pas, c est parce qu il fallait le monter pour l editer. #mkdir /boot #mount /dev/hda1 /boot #vi /boot/boot/grub/menulist et modifez le debut du fichier telquel serial --unit=0 --speed=19200 --word=8 --parity=no --stop=1 terminal serial default 0 timeout 0 pour une soekris avec pcmcia installez : root@OpenWrt:~# ipkg install pcmcia-cs_3.2.8-1_mipsel.ipk Installing pcmcia-cs (3.2.8-1) to root... Configuring pcmcia-cs Done. root@OpenWrt:~# ipkg install kmod-pcmcia-core_2.4.34-brcm-1_mipsel.ipk Installing kmod-pcmcia-core (2.4.34-brcm-1) to root... Configuring kmod-pcmcia-core Done. =====info-wrap===== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 ===configurer=== vous voila loggé, !!avant toute chose n' oubliez pas d'attribuer un mot passe lors de la premiere connection en telnet. root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root nous allons ensuite rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial (ceci est une étape facultative et riquée pour ne pas prendre de risque tenez vous en au repositories officielle de kamikaze) editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 astuce2 avec atheros et le mode 11a l' option distance est importante. voir [[test athctrl]] exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option agmode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.agmode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== (pas fini) une version pour la kamikaze actuelle est presente sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ les test eont en cours avec le paquet asterisk-mini ...a suivre (2007-12-14) ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install xinetd tftpd tftp un bon tuto pour faire un serveur tftp se trouve ici http://doc.ubuntu-fr.org/tftpd en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-root.squashfs wget http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-vmlinux.lzma cp openwrt-atheros-2.6-* /tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 (parfois il faut pas specifier le port ) pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> lo -r -b %{FREEMEMLO} openwrt-atheros-2.6-vmlinux.lzma Using default protocol (TFTP) Raw file loaded 0x80040800-0x801007ff, assumed entry at 0x80040800 RedBoot> fi cr -e 0x80041000 -r 0x80041000 vmlinux.bin.l7 ... Erase from 0xa8030000-0xa80f0000: ............ ... Program from 0x80040800-0x80100800 at 0xa8030000: ............ ... Erase from 0xa87e0000-0xa87f0000: . ... Program from 0x80ff0000-0x81000000 at 0xa87e0000: . patientez recalculont la memoire disponible RedBoot> fis free 0xA80F0000 .. 0xA87E0000 un petit calcul pour voir ou on commence l ecriture( avec bc) root@bolivar:~# bc bc 1.06 Copyright 1991-1994, 1997, 1998, 2000 Free Software Foundation, Inc. This is free software with ABSOLUTELY NO WARRANTY. For details type `warranty'. obase=16 ibase=16 A87E0000 -A80F0000 '''6F0000''' ensuite RedBoot> lo -r -b %{FREEMEMLO} openwrt-atheros-2.6-root.squashfs Using default protocol (TFTP) Raw file loaded 0x80040800-0x801607ff, assumed entry at 0x80040800 ici il faut adapter la valeur RedBoot> fi cr -l 0x6F0000 rootfs ... Erase from 0xa80f0000-0xa87e0000: ............................................................................................................... ... Program from 0x80040800-0x80160800 at 0xa80f0000: .................. ... Erase from 0xa87e0000-0xa87f0000: . ... Program from 0x80ff0000-0x81000000 at 0xa87e0000: . finaliser en tapant exec RedBoot> fis load -l vmlinux.bin.l7 RedBoot> exec ====reflasher facilement une fonera avec ap51-flash-fonera==== ce merveilleux script qui nous viens tout droit de la communauté freifunk permet de reflasher une fonra ou le '''red boot''' serait deja '''activé.''' il suffit de se procurer ces trois fichiers ( dans le cas d un upgrade kamikaze par le vide ) * ap-51-flash [http://download.berlin.freifunk.net/fonera/ap51-flash-fonera-1.0-38] (la version a l'heure de lécriture de cette doc est 0.38) * kamiaze kernel [http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-vmlinux.lzma] * kamikaze fs [http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-root.squashfs] placer vous dans le dossier ou se trouve les trois fichiers et rendez executable ap51-flash $ chmod +x ap51-flash-fonera-1.0-38 et executez le script avec comme premier argument la carte reseau sur lequel est branché la fonera. '''ATTENTION!!''' il est important d utiliser un cable croisé de plus si votre lecteur dvd utilise redboot il risque d etre affecté :) la commande doit etre lancée avant la mise sous tension de la fonera # ./ap51-flash-fonera-1.0-38 eth2 openwrt-atheros-2.6-root.squashfs openwrt-atheros-2.6-vmlinux.lzma Reading rootfs file openwrt-atheros-2.6-root.squashfs with 1179648 bytes... Reading kernel file openwrt-atheros-2.6-vmlinux.lzma with 786432 bytes... rootfs(0x006e0000) + kernel(0x000c0000) + nvram(0x00000000) sums up to 0x007a000 !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.2 option netmask 255.255.255.0 option gateway 192.168.1.1 option dns 4.2.2.2 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' option agmode 11b # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none les paramètres ips sont a rajouter dans /etc/config/network config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat ==config avancée== ===divers conseils concernant le mode ad-hoc=== ====carte a ne pas utiliser au mode ad-hoc==== *senao *orinoco ''conseil repris du forum openwrt ( par onebit)'' selon onebit, sous le mode ad-hoc. le matériel Broadcom (wrt54g etc...) n' a aucun problème, par contre les cartes atheros (meraki, routerboard + CM9) ont quelques problèmes. ====quelques conseils:==== * compiler kamikaze avec le "rate control" mis a "sample". Editez package/madwifi/Makefile et changez la valeur suivante. RATE_CONTROL:=sample * mettez la valeur de l option diversity a 0 dans /etc/config/wireless (le broadcast arrive dans une antenne) * fixez le bssid sur tout les noeuds (pour arreter la divergence--> impossible avec les senaos) * mettez les valeurs rts et frag a off (dans le "mesh mode" rts doit etre mis mais avec madwifi c est dur...) * fixez le channel (random madwifi segmentation if omitted) ** exemple du fichier /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option diversity 0 option txantenna 1 option rxantenna 1 option agmode 11g config wifi-iface option device wifi0 option mode adhoc option ssid XXX option hidden 0 option encryption wep option key XXXXXXXXXX option bssid AA:BB:CC:DD:EE:FF option txpower 18 #option rts 250 #option frag 256 * dans /etc/sysctl.conf (pour le probleme: "ath_mgtstart: discard, no xmit buf") vm.min_free_kbytes = 10000 * pour le probleme de "ramping" "ath_mgtstart: discard, no xmit buf" #iwpriv ath0 uapsd 0 * pour allèger le problème de ramping (voir http://madwifi.org/ticket/1154) #iwpriv ath0 bintval 1000 * fixez le rate sur l'interface #iwconfig ath0 rate 12M ===mode ap et adhoc sur la meme interface=== afin que mamy puisse servire la communauté tout en surfant de son fauteuil --dako 2007-12-14 1778 1776 2008-01-26T18:44:07Z Dako 4 /* config avancée */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== =====info-soekris===== [reglé] je comprend toujours pas mais la meme image que dans un wrap sur une soekris mais horriblement longtemps a booter [/reglé] ben voila ces quelques modification regle l affaire il suffit d editer /boot/grub/menulist seulement je ne le trouvait pas, c est parce qu il fallait le monter pour l editer. #mkdir /boot #mount /dev/hda1 /boot #vi /boot/boot/grub/menulist et modifez le debut du fichier telquel serial --unit=0 --speed=19200 --word=8 --parity=no --stop=1 terminal serial default 0 timeout 0 pour une soekris avec pcmcia installez : root@OpenWrt:~# ipkg install pcmcia-cs_3.2.8-1_mipsel.ipk Installing pcmcia-cs (3.2.8-1) to root... Configuring pcmcia-cs Done. root@OpenWrt:~# ipkg install kmod-pcmcia-core_2.4.34-brcm-1_mipsel.ipk Installing kmod-pcmcia-core (2.4.34-brcm-1) to root... Configuring kmod-pcmcia-core Done. =====info-wrap===== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 ===configurer=== vous voila loggé, !!avant toute chose n' oubliez pas d'attribuer un mot passe lors de la premiere connection en telnet. root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root nous allons ensuite rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial (ceci est une étape facultative et riquée pour ne pas prendre de risque tenez vous en au repositories officielle de kamikaze) editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 astuce2 avec atheros et le mode 11a l' option distance est importante. voir [[test athctrl]] exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option agmode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.agmode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== (pas fini) une version pour la kamikaze actuelle est presente sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ les test eont en cours avec le paquet asterisk-mini ...a suivre (2007-12-14) ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install xinetd tftpd tftp un bon tuto pour faire un serveur tftp se trouve ici http://doc.ubuntu-fr.org/tftpd en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-root.squashfs wget http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-vmlinux.lzma cp openwrt-atheros-2.6-* /tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 (parfois il faut pas specifier le port ) pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> lo -r -b %{FREEMEMLO} openwrt-atheros-2.6-vmlinux.lzma Using default protocol (TFTP) Raw file loaded 0x80040800-0x801007ff, assumed entry at 0x80040800 RedBoot> fi cr -e 0x80041000 -r 0x80041000 vmlinux.bin.l7 ... Erase from 0xa8030000-0xa80f0000: ............ ... Program from 0x80040800-0x80100800 at 0xa8030000: ............ ... Erase from 0xa87e0000-0xa87f0000: . ... Program from 0x80ff0000-0x81000000 at 0xa87e0000: . patientez recalculont la memoire disponible RedBoot> fis free 0xA80F0000 .. 0xA87E0000 un petit calcul pour voir ou on commence l ecriture( avec bc) root@bolivar:~# bc bc 1.06 Copyright 1991-1994, 1997, 1998, 2000 Free Software Foundation, Inc. This is free software with ABSOLUTELY NO WARRANTY. For details type `warranty'. obase=16 ibase=16 A87E0000 -A80F0000 '''6F0000''' ensuite RedBoot> lo -r -b %{FREEMEMLO} openwrt-atheros-2.6-root.squashfs Using default protocol (TFTP) Raw file loaded 0x80040800-0x801607ff, assumed entry at 0x80040800 ici il faut adapter la valeur RedBoot> fi cr -l 0x6F0000 rootfs ... Erase from 0xa80f0000-0xa87e0000: ............................................................................................................... ... Program from 0x80040800-0x80160800 at 0xa80f0000: .................. ... Erase from 0xa87e0000-0xa87f0000: . ... Program from 0x80ff0000-0x81000000 at 0xa87e0000: . finaliser en tapant exec RedBoot> fis load -l vmlinux.bin.l7 RedBoot> exec ====reflasher facilement une fonera avec ap51-flash-fonera==== ce merveilleux script qui nous viens tout droit de la communauté freifunk permet de reflasher une fonra ou le '''red boot''' serait deja '''activé.''' il suffit de se procurer ces trois fichiers ( dans le cas d un upgrade kamikaze par le vide ) * ap-51-flash [http://download.berlin.freifunk.net/fonera/ap51-flash-fonera-1.0-38] (la version a l'heure de lécriture de cette doc est 0.38) * kamiaze kernel [http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-vmlinux.lzma] * kamikaze fs [http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-root.squashfs] placer vous dans le dossier ou se trouve les trois fichiers et rendez executable ap51-flash $ chmod +x ap51-flash-fonera-1.0-38 et executez le script avec comme premier argument la carte reseau sur lequel est branché la fonera. '''ATTENTION!!''' il est important d utiliser un cable croisé de plus si votre lecteur dvd utilise redboot il risque d etre affecté :) la commande doit etre lancée avant la mise sous tension de la fonera # ./ap51-flash-fonera-1.0-38 eth2 openwrt-atheros-2.6-root.squashfs openwrt-atheros-2.6-vmlinux.lzma Reading rootfs file openwrt-atheros-2.6-root.squashfs with 1179648 bytes... Reading kernel file openwrt-atheros-2.6-vmlinux.lzma with 786432 bytes... rootfs(0x006e0000) + kernel(0x000c0000) + nvram(0x00000000) sums up to 0x007a000 !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.2 option netmask 255.255.255.0 option gateway 192.168.1.1 option dns 4.2.2.2 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' option agmode 11b # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none les paramètres ips sont a rajouter dans /etc/config/network config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat ==config avancée== ===divers conseils concernant le mode ad-hoc=== ====carte a ne pas utiliser au mode ad-hoc==== *senao *orinoco ''conseil repris du forum openwrt ( par onebit)'' selon onebit, sous le mode ad-hoc. le matériel Broadcom (wrt54g etc...) n' a aucun problème, par contre les cartes atheros (meraki, routerboard + CM9) ont quelques problèmes. ====quelques conseils:==== * compiler kamikaze avec le "rate control" mis a "sample". Editez package/madwifi/Makefile et changez la valeur suivante. RATE_CONTROL:=sample * mettez la valeur de l option diversity a 0 dans /etc/config/wireless (le broadcast arrive dans une antenne) * fixez le bssid sur tout les noeuds (pour arreter la divergence--> impossible avec les senaos) * mettez les valeurs rts et frag a off (dans le "mesh mode" rts doit etre mis mais avec madwifi c est dur...) * fixez le channel (random madwifi segmentation if omitted) ** exemple du fichier /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option diversity 0 option txantenna 1 option rxantenna 1 option agmode 11g config wifi-iface option device wifi0 option mode adhoc option ssid XXX option hidden 0 option encryption wep option key XXXXXXXXXX option bssid AA:BB:CC:DD:EE:FF option txpower 18 #option rts 250 #option frag 256 '''a tester''' ---- '' * dans /etc/sysctl.conf (pour le probleme: "ath_mgtstart: discard, no xmit buf") vm.min_free_kbytes = 10000'' ---- * pour le probleme de "ramping" "ath_mgtstart: discard, no xmit buf" #iwpriv ath0 uapsd 0 * pour allèger le problème de ramping (voir http://madwifi.org/ticket/1154) #iwpriv ath0 bintval 1000 * fixez le rate sur l'interface #iwconfig ath0 rate 12M ===mode ap et adhoc sur la meme interface=== afin que mamy puisse servire la communauté tout en surfant de son fauteuil --dako 2007-12-14 1779 1778 2008-01-26T20:46:40Z Dako 4 /* quelques conseils: */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== =====info-soekris===== [reglé] je comprend toujours pas mais la meme image que dans un wrap sur une soekris mais horriblement longtemps a booter [/reglé] ben voila ces quelques modification regle l affaire il suffit d editer /boot/grub/menulist seulement je ne le trouvait pas, c est parce qu il fallait le monter pour l editer. #mkdir /boot #mount /dev/hda1 /boot #vi /boot/boot/grub/menulist et modifez le debut du fichier telquel serial --unit=0 --speed=19200 --word=8 --parity=no --stop=1 terminal serial default 0 timeout 0 pour une soekris avec pcmcia installez : root@OpenWrt:~# ipkg install pcmcia-cs_3.2.8-1_mipsel.ipk Installing pcmcia-cs (3.2.8-1) to root... Configuring pcmcia-cs Done. root@OpenWrt:~# ipkg install kmod-pcmcia-core_2.4.34-brcm-1_mipsel.ipk Installing kmod-pcmcia-core (2.4.34-brcm-1) to root... Configuring kmod-pcmcia-core Done. =====info-wrap===== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 ===configurer=== vous voila loggé, !!avant toute chose n' oubliez pas d'attribuer un mot passe lors de la premiere connection en telnet. root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root nous allons ensuite rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial (ceci est une étape facultative et riquée pour ne pas prendre de risque tenez vous en au repositories officielle de kamikaze) editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 astuce2 avec atheros et le mode 11a l' option distance est importante. voir [[test athctrl]] exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option agmode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.agmode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== (pas fini) une version pour la kamikaze actuelle est presente sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ les test eont en cours avec le paquet asterisk-mini ...a suivre (2007-12-14) ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install xinetd tftpd tftp un bon tuto pour faire un serveur tftp se trouve ici http://doc.ubuntu-fr.org/tftpd en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-root.squashfs wget http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-vmlinux.lzma cp openwrt-atheros-2.6-* /tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 (parfois il faut pas specifier le port ) pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> lo -r -b %{FREEMEMLO} openwrt-atheros-2.6-vmlinux.lzma Using default protocol (TFTP) Raw file loaded 0x80040800-0x801007ff, assumed entry at 0x80040800 RedBoot> fi cr -e 0x80041000 -r 0x80041000 vmlinux.bin.l7 ... Erase from 0xa8030000-0xa80f0000: ............ ... Program from 0x80040800-0x80100800 at 0xa8030000: ............ ... Erase from 0xa87e0000-0xa87f0000: . ... Program from 0x80ff0000-0x81000000 at 0xa87e0000: . patientez recalculont la memoire disponible RedBoot> fis free 0xA80F0000 .. 0xA87E0000 un petit calcul pour voir ou on commence l ecriture( avec bc) root@bolivar:~# bc bc 1.06 Copyright 1991-1994, 1997, 1998, 2000 Free Software Foundation, Inc. This is free software with ABSOLUTELY NO WARRANTY. For details type `warranty'. obase=16 ibase=16 A87E0000 -A80F0000 '''6F0000''' ensuite RedBoot> lo -r -b %{FREEMEMLO} openwrt-atheros-2.6-root.squashfs Using default protocol (TFTP) Raw file loaded 0x80040800-0x801607ff, assumed entry at 0x80040800 ici il faut adapter la valeur RedBoot> fi cr -l 0x6F0000 rootfs ... Erase from 0xa80f0000-0xa87e0000: ............................................................................................................... ... Program from 0x80040800-0x80160800 at 0xa80f0000: .................. ... Erase from 0xa87e0000-0xa87f0000: . ... Program from 0x80ff0000-0x81000000 at 0xa87e0000: . finaliser en tapant exec RedBoot> fis load -l vmlinux.bin.l7 RedBoot> exec ====reflasher facilement une fonera avec ap51-flash-fonera==== ce merveilleux script qui nous viens tout droit de la communauté freifunk permet de reflasher une fonra ou le '''red boot''' serait deja '''activé.''' il suffit de se procurer ces trois fichiers ( dans le cas d un upgrade kamikaze par le vide ) * ap-51-flash [http://download.berlin.freifunk.net/fonera/ap51-flash-fonera-1.0-38] (la version a l'heure de lécriture de cette doc est 0.38) * kamiaze kernel [http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-vmlinux.lzma] * kamikaze fs [http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-root.squashfs] placer vous dans le dossier ou se trouve les trois fichiers et rendez executable ap51-flash $ chmod +x ap51-flash-fonera-1.0-38 et executez le script avec comme premier argument la carte reseau sur lequel est branché la fonera. '''ATTENTION!!''' il est important d utiliser un cable croisé de plus si votre lecteur dvd utilise redboot il risque d etre affecté :) la commande doit etre lancée avant la mise sous tension de la fonera # ./ap51-flash-fonera-1.0-38 eth2 openwrt-atheros-2.6-root.squashfs openwrt-atheros-2.6-vmlinux.lzma Reading rootfs file openwrt-atheros-2.6-root.squashfs with 1179648 bytes... Reading kernel file openwrt-atheros-2.6-vmlinux.lzma with 786432 bytes... rootfs(0x006e0000) + kernel(0x000c0000) + nvram(0x00000000) sums up to 0x007a000 !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.2 option netmask 255.255.255.0 option gateway 192.168.1.1 option dns 4.2.2.2 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' option agmode 11b # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none les paramètres ips sont a rajouter dans /etc/config/network config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat ==config avancée== ===divers conseils concernant le mode ad-hoc=== ====carte a ne pas utiliser au mode ad-hoc==== *senao *orinoco ''conseil repris du forum openwrt ( par onebit)'' selon onebit, sous le mode ad-hoc. le matériel Broadcom (wrt54g etc...) n' a aucun problème, par contre les cartes atheros (meraki, routerboard + CM9) ont quelques problèmes. ====quelques conseils:==== * compiler kamikaze avec le "rate control" mis a "sample". Editez package/madwifi/Makefile et changez la valeur suivante. RATE_CONTROL:=sample * mettez la valeur de l option diversity a 0 dans /etc/config/wireless (le broadcast arrive dans une antenne) * fixez le bssid sur tout les noeuds (pour arreter la divergence--> impossible avec les senaos) * mettez les valeurs rts et frag a off (dans le "mesh mode" rts doit etre mis mais avec madwifi c est dur...) * fixez le channel (random madwifi segmentation if omitted) ** exemple du fichier /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option diversity 0 option txantenna 1 option rxantenna 1 option agmode 11g config wifi-iface option device wifi0 option mode adhoc option ssid XXX option hidden 0 option encryption wep option key XXXXXXXXXX option bssid AA:BB:CC:DD:EE:FF option txpower 18 #option rts 250 #option frag 256 '''a tester''' * pour le probleme de "ramping" "ath_mgtstart: discard, no xmit buf" #iwpriv ath0 uapsd 0 * pour allèger le problème de ramping (voir http://madwifi.org/ticket/1154) #iwpriv ath0 bintval 1000 * fixez le rate sur l'interface #iwconfig ath0 rate 12M ===mode ap et adhoc sur la meme interface=== afin que mamy puisse servire la communauté tout en surfant de son fauteuil --dako 2007-12-14 1780 1779 2008-01-26T20:49:25Z Dako 4 /* reflasher facilement une fonera avec ap51-flash-fonera */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== =====info-soekris===== [reglé] je comprend toujours pas mais la meme image que dans un wrap sur une soekris mais horriblement longtemps a booter [/reglé] ben voila ces quelques modification regle l affaire il suffit d editer /boot/grub/menulist seulement je ne le trouvait pas, c est parce qu il fallait le monter pour l editer. #mkdir /boot #mount /dev/hda1 /boot #vi /boot/boot/grub/menulist et modifez le debut du fichier telquel serial --unit=0 --speed=19200 --word=8 --parity=no --stop=1 terminal serial default 0 timeout 0 pour une soekris avec pcmcia installez : root@OpenWrt:~# ipkg install pcmcia-cs_3.2.8-1_mipsel.ipk Installing pcmcia-cs (3.2.8-1) to root... Configuring pcmcia-cs Done. root@OpenWrt:~# ipkg install kmod-pcmcia-core_2.4.34-brcm-1_mipsel.ipk Installing kmod-pcmcia-core (2.4.34-brcm-1) to root... Configuring kmod-pcmcia-core Done. =====info-wrap===== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 ===configurer=== vous voila loggé, !!avant toute chose n' oubliez pas d'attribuer un mot passe lors de la premiere connection en telnet. root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root nous allons ensuite rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial (ceci est une étape facultative et riquée pour ne pas prendre de risque tenez vous en au repositories officielle de kamikaze) editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 astuce2 avec atheros et le mode 11a l' option distance est importante. voir [[test athctrl]] exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option agmode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.agmode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== (pas fini) une version pour la kamikaze actuelle est presente sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ les test eont en cours avec le paquet asterisk-mini ...a suivre (2007-12-14) ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install xinetd tftpd tftp un bon tuto pour faire un serveur tftp se trouve ici http://doc.ubuntu-fr.org/tftpd en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-root.squashfs wget http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-vmlinux.lzma cp openwrt-atheros-2.6-* /tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 (parfois il faut pas specifier le port ) pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> lo -r -b %{FREEMEMLO} openwrt-atheros-2.6-vmlinux.lzma Using default protocol (TFTP) Raw file loaded 0x80040800-0x801007ff, assumed entry at 0x80040800 RedBoot> fi cr -e 0x80041000 -r 0x80041000 vmlinux.bin.l7 ... Erase from 0xa8030000-0xa80f0000: ............ ... Program from 0x80040800-0x80100800 at 0xa8030000: ............ ... Erase from 0xa87e0000-0xa87f0000: . ... Program from 0x80ff0000-0x81000000 at 0xa87e0000: . patientez recalculont la memoire disponible RedBoot> fis free 0xA80F0000 .. 0xA87E0000 un petit calcul pour voir ou on commence l ecriture( avec bc) root@bolivar:~# bc bc 1.06 Copyright 1991-1994, 1997, 1998, 2000 Free Software Foundation, Inc. This is free software with ABSOLUTELY NO WARRANTY. For details type `warranty'. obase=16 ibase=16 A87E0000 -A80F0000 '''6F0000''' ensuite RedBoot> lo -r -b %{FREEMEMLO} openwrt-atheros-2.6-root.squashfs Using default protocol (TFTP) Raw file loaded 0x80040800-0x801607ff, assumed entry at 0x80040800 ici il faut adapter la valeur RedBoot> fi cr -l 0x6F0000 rootfs ... Erase from 0xa80f0000-0xa87e0000: ............................................................................................................... ... Program from 0x80040800-0x80160800 at 0xa80f0000: .................. ... Erase from 0xa87e0000-0xa87f0000: . ... Program from 0x80ff0000-0x81000000 at 0xa87e0000: . finaliser en tapant exec RedBoot> fis load -l vmlinux.bin.l7 RedBoot> exec ====reflasher facilement une fonera avec ap51-flash-fonera==== (sous une architecture 64bit j' ai un probleme avec libpcap) ce merveilleux script qui nous viens tout droit de la communauté freifunk permet de reflasher une fonra ou le '''red boot''' serait deja '''activé.''' il suffit de se procurer ces trois fichiers ( dans le cas d un upgrade kamikaze par le vide ) * ap-51-flash [http://download.berlin.freifunk.net/fonera/ap51-flash-fonera-1.0-38] (la version a l'heure de lécriture de cette doc est 0.38) * kamiaze kernel [http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-vmlinux.lzma] * kamikaze fs [http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-root.squashfs] placer vous dans le dossier ou se trouve les trois fichiers et rendez executable ap51-flash $ chmod +x ap51-flash-fonera-1.0-38 et executez le script avec comme premier argument la carte reseau sur lequel est branché la fonera. '''ATTENTION!!''' il est important d utiliser un cable croisé de plus si votre lecteur dvd utilise redboot il risque d etre affecté :) la commande doit etre lancée avant la mise sous tension de la fonera # ./ap51-flash-fonera-1.0-38 eth2 openwrt-atheros-2.6-root.squashfs openwrt-atheros-2.6-vmlinux.lzma Reading rootfs file openwrt-atheros-2.6-root.squashfs with 1179648 bytes... Reading kernel file openwrt-atheros-2.6-vmlinux.lzma with 786432 bytes... rootfs(0x006e0000) + kernel(0x000c0000) + nvram(0x00000000) sums up to 0x007a000 !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.2 option netmask 255.255.255.0 option gateway 192.168.1.1 option dns 4.2.2.2 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' option agmode 11b # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none les paramètres ips sont a rajouter dans /etc/config/network config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat ==config avancée== ===divers conseils concernant le mode ad-hoc=== ====carte a ne pas utiliser au mode ad-hoc==== *senao *orinoco ''conseil repris du forum openwrt ( par onebit)'' selon onebit, sous le mode ad-hoc. le matériel Broadcom (wrt54g etc...) n' a aucun problème, par contre les cartes atheros (meraki, routerboard + CM9) ont quelques problèmes. ====quelques conseils:==== * compiler kamikaze avec le "rate control" mis a "sample". Editez package/madwifi/Makefile et changez la valeur suivante. RATE_CONTROL:=sample * mettez la valeur de l option diversity a 0 dans /etc/config/wireless (le broadcast arrive dans une antenne) * fixez le bssid sur tout les noeuds (pour arreter la divergence--> impossible avec les senaos) * mettez les valeurs rts et frag a off (dans le "mesh mode" rts doit etre mis mais avec madwifi c est dur...) * fixez le channel (random madwifi segmentation if omitted) ** exemple du fichier /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option diversity 0 option txantenna 1 option rxantenna 1 option agmode 11g config wifi-iface option device wifi0 option mode adhoc option ssid XXX option hidden 0 option encryption wep option key XXXXXXXXXX option bssid AA:BB:CC:DD:EE:FF option txpower 18 #option rts 250 #option frag 256 '''a tester''' * pour le probleme de "ramping" "ath_mgtstart: discard, no xmit buf" #iwpriv ath0 uapsd 0 * pour allèger le problème de ramping (voir http://madwifi.org/ticket/1154) #iwpriv ath0 bintval 1000 * fixez le rate sur l'interface #iwconfig ath0 rate 12M ===mode ap et adhoc sur la meme interface=== afin que mamy puisse servire la communauté tout en surfant de son fauteuil --dako 2007-12-14 1781 1780 2008-01-26T20:56:39Z Dako 4 /* configurer openwrt kamikaze pour fonera */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== =====info-soekris===== [reglé] je comprend toujours pas mais la meme image que dans un wrap sur une soekris mais horriblement longtemps a booter [/reglé] ben voila ces quelques modification regle l affaire il suffit d editer /boot/grub/menulist seulement je ne le trouvait pas, c est parce qu il fallait le monter pour l editer. #mkdir /boot #mount /dev/hda1 /boot #vi /boot/boot/grub/menulist et modifez le debut du fichier telquel serial --unit=0 --speed=19200 --word=8 --parity=no --stop=1 terminal serial default 0 timeout 0 pour une soekris avec pcmcia installez : root@OpenWrt:~# ipkg install pcmcia-cs_3.2.8-1_mipsel.ipk Installing pcmcia-cs (3.2.8-1) to root... Configuring pcmcia-cs Done. root@OpenWrt:~# ipkg install kmod-pcmcia-core_2.4.34-brcm-1_mipsel.ipk Installing kmod-pcmcia-core (2.4.34-brcm-1) to root... Configuring kmod-pcmcia-core Done. =====info-wrap===== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 ===configurer=== vous voila loggé, !!avant toute chose n' oubliez pas d'attribuer un mot passe lors de la premiere connection en telnet. root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root nous allons ensuite rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial (ceci est une étape facultative et riquée pour ne pas prendre de risque tenez vous en au repositories officielle de kamikaze) editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 astuce2 avec atheros et le mode 11a l' option distance est importante. voir [[test athctrl]] exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option agmode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.agmode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== (pas fini) une version pour la kamikaze actuelle est presente sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ les test eont en cours avec le paquet asterisk-mini ...a suivre (2007-12-14) ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install xinetd tftpd tftp un bon tuto pour faire un serveur tftp se trouve ici http://doc.ubuntu-fr.org/tftpd en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-root.squashfs wget http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-vmlinux.lzma cp openwrt-atheros-2.6-* /tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 (parfois il faut pas specifier le port ) pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> lo -r -b %{FREEMEMLO} openwrt-atheros-2.6-vmlinux.lzma Using default protocol (TFTP) Raw file loaded 0x80040800-0x801007ff, assumed entry at 0x80040800 RedBoot> fi cr -e 0x80041000 -r 0x80041000 vmlinux.bin.l7 ... Erase from 0xa8030000-0xa80f0000: ............ ... Program from 0x80040800-0x80100800 at 0xa8030000: ............ ... Erase from 0xa87e0000-0xa87f0000: . ... Program from 0x80ff0000-0x81000000 at 0xa87e0000: . patientez recalculont la memoire disponible RedBoot> fis free 0xA80F0000 .. 0xA87E0000 un petit calcul pour voir ou on commence l ecriture( avec bc) root@bolivar:~# bc bc 1.06 Copyright 1991-1994, 1997, 1998, 2000 Free Software Foundation, Inc. This is free software with ABSOLUTELY NO WARRANTY. For details type `warranty'. obase=16 ibase=16 A87E0000 -A80F0000 '''6F0000''' ensuite RedBoot> lo -r -b %{FREEMEMLO} openwrt-atheros-2.6-root.squashfs Using default protocol (TFTP) Raw file loaded 0x80040800-0x801607ff, assumed entry at 0x80040800 ici il faut adapter la valeur RedBoot> fi cr -l 0x6F0000 rootfs ... Erase from 0xa80f0000-0xa87e0000: ............................................................................................................... ... Program from 0x80040800-0x80160800 at 0xa80f0000: .................. ... Erase from 0xa87e0000-0xa87f0000: . ... Program from 0x80ff0000-0x81000000 at 0xa87e0000: . finaliser en tapant exec RedBoot> fis load -l vmlinux.bin.l7 RedBoot> exec ====reflasher facilement une fonera avec ap51-flash-fonera==== (sous une architecture 64bit j' ai un probleme avec libpcap) ce merveilleux script qui nous viens tout droit de la communauté freifunk permet de reflasher une fonra ou le '''red boot''' serait deja '''activé.''' il suffit de se procurer ces trois fichiers ( dans le cas d un upgrade kamikaze par le vide ) * ap-51-flash [http://download.berlin.freifunk.net/fonera/ap51-flash-fonera-1.0-38] (la version a l'heure de lécriture de cette doc est 0.38) * kamiaze kernel [http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-vmlinux.lzma] * kamikaze fs [http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-root.squashfs] placer vous dans le dossier ou se trouve les trois fichiers et rendez executable ap51-flash $ chmod +x ap51-flash-fonera-1.0-38 et executez le script avec comme premier argument la carte reseau sur lequel est branché la fonera. '''ATTENTION!!''' il est important d utiliser un cable croisé de plus si votre lecteur dvd utilise redboot il risque d etre affecté :) la commande doit etre lancée avant la mise sous tension de la fonera # ./ap51-flash-fonera-1.0-38 eth2 openwrt-atheros-2.6-root.squashfs openwrt-atheros-2.6-vmlinux.lzma Reading rootfs file openwrt-atheros-2.6-root.squashfs with 1179648 bytes... Reading kernel file openwrt-atheros-2.6-vmlinux.lzma with 786432 bytes... rootfs(0x006e0000) + kernel(0x000c0000) + nvram(0x00000000) sums up to 0x007a000 !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.2 option netmask 255.255.255.0 option gateway 192.168.1.1 option dns 4.2.2.2 config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' option agmode 11b # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat ==config avancée== ===divers conseils concernant le mode ad-hoc=== ====carte a ne pas utiliser au mode ad-hoc==== *senao *orinoco ''conseil repris du forum openwrt ( par onebit)'' selon onebit, sous le mode ad-hoc. le matériel Broadcom (wrt54g etc...) n' a aucun problème, par contre les cartes atheros (meraki, routerboard + CM9) ont quelques problèmes. ====quelques conseils:==== * compiler kamikaze avec le "rate control" mis a "sample". Editez package/madwifi/Makefile et changez la valeur suivante. RATE_CONTROL:=sample * mettez la valeur de l option diversity a 0 dans /etc/config/wireless (le broadcast arrive dans une antenne) * fixez le bssid sur tout les noeuds (pour arreter la divergence--> impossible avec les senaos) * mettez les valeurs rts et frag a off (dans le "mesh mode" rts doit etre mis mais avec madwifi c est dur...) * fixez le channel (random madwifi segmentation if omitted) ** exemple du fichier /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option diversity 0 option txantenna 1 option rxantenna 1 option agmode 11g config wifi-iface option device wifi0 option mode adhoc option ssid XXX option hidden 0 option encryption wep option key XXXXXXXXXX option bssid AA:BB:CC:DD:EE:FF option txpower 18 #option rts 250 #option frag 256 '''a tester''' * pour le probleme de "ramping" "ath_mgtstart: discard, no xmit buf" #iwpriv ath0 uapsd 0 * pour allèger le problème de ramping (voir http://madwifi.org/ticket/1154) #iwpriv ath0 bintval 1000 * fixez le rate sur l'interface #iwconfig ath0 rate 12M ===mode ap et adhoc sur la meme interface=== afin que mamy puisse servire la communauté tout en surfant de son fauteuil --dako 2007-12-14 1782 1781 2008-01-28T13:35:54Z Dako 4 wikitext text/x-wiki ==installer openwrt kamikaze pour x86== =====info-soekris===== [reglé] je comprend toujours pas mais la meme image que dans un wrap sur une soekris mais horriblement longtemps a booter [/reglé] ben voila ces quelques modification regle l affaire il suffit d editer /boot/grub/menulist seulement je ne le trouvait pas, c est parce qu il fallait le monter pour l editer. #mkdir /boot #mount /dev/hda1 /boot #vi /boot/boot/grub/menulist et modifez le debut du fichier telquel serial --unit=0 --speed=19200 --word=8 --parity=no --stop=1 terminal serial default 0 timeout 0 pour une soekris avec pcmcia installez : root@OpenWrt:~# ipkg install pcmcia-cs_3.2.8-1_mipsel.ipk Installing pcmcia-cs (3.2.8-1) to root... Configuring pcmcia-cs Done. root@OpenWrt:~# ipkg install kmod-pcmcia-core_2.4.34-brcm-1_mipsel.ipk Installing kmod-pcmcia-core (2.4.34-brcm-1) to root... Configuring kmod-pcmcia-core Done. =====info-wrap===== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 ===configurer=== vous voila loggé, !!avant toute chose n' oubliez pas d'attribuer un mot passe lors de la premiere connection en telnet. root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root nous allons ensuite rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial (ceci est une étape facultative et riquée pour ne pas prendre de risque tenez vous en au repositories officielle de kamikaze) editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 astuce2 avec atheros et le mode 11a l' option distance est importante. voir [[test athctrl]] exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option agmode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.agmode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== (pas fini) une version pour la kamikaze actuelle est presente sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ les test eont en cours avec le paquet asterisk-mini ...a suivre (2007-12-14) ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install xinetd tftpd tftp un bon tuto pour faire un serveur tftp se trouve ici http://doc.ubuntu-fr.org/tftpd en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-root.squashfs wget http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-vmlinux.lzma cp openwrt-atheros-2.6-* /tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 (parfois il faut pas specifier le port ) pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> lo -r -b %{FREEMEMLO} openwrt-atheros-2.6-vmlinux.lzma Using default protocol (TFTP) Raw file loaded 0x80040800-0x801007ff, assumed entry at 0x80040800 RedBoot> fi cr -e 0x80041000 -r 0x80041000 vmlinux.bin.l7 ... Erase from 0xa8030000-0xa80f0000: ............ ... Program from 0x80040800-0x80100800 at 0xa8030000: ............ ... Erase from 0xa87e0000-0xa87f0000: . ... Program from 0x80ff0000-0x81000000 at 0xa87e0000: . patientez recalculont la memoire disponible RedBoot> fis free 0xA80F0000 .. 0xA87E0000 un petit calcul pour voir ou on commence l ecriture( avec bc) root@bolivar:~# bc bc 1.06 Copyright 1991-1994, 1997, 1998, 2000 Free Software Foundation, Inc. This is free software with ABSOLUTELY NO WARRANTY. For details type `warranty'. obase=16 ibase=16 A87E0000 -A80F0000 '''6F0000''' ensuite RedBoot> lo -r -b %{FREEMEMLO} openwrt-atheros-2.6-root.squashfs Using default protocol (TFTP) Raw file loaded 0x80040800-0x801607ff, assumed entry at 0x80040800 ici il faut adapter la valeur RedBoot> fi cr -l 0x6F0000 rootfs ... Erase from 0xa80f0000-0xa87e0000: ............................................................................................................... ... Program from 0x80040800-0x80160800 at 0xa80f0000: .................. ... Erase from 0xa87e0000-0xa87f0000: . ... Program from 0x80ff0000-0x81000000 at 0xa87e0000: . finaliser en tapant exec RedBoot> fis load -l vmlinux.bin.l7 RedBoot> exec ====reflasher facilement une fonera avec ap51-flash-fonera==== (sous une architecture 64bit j' ai un probleme avec libpcap) ce merveilleux script qui nous viens tout droit de la communauté freifunk permet de reflasher une fonra ou le '''red boot''' serait deja '''activé.''' il suffit de se procurer ces trois fichiers ( dans le cas d un upgrade kamikaze par le vide ) * ap-51-flash [http://download.berlin.freifunk.net/fonera/ap51-flash-fonera-1.0-38] (la version a l'heure de lécriture de cette doc est 0.38) * kamiaze kernel [http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-vmlinux.lzma] * kamikaze fs [http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-root.squashfs] placer vous dans le dossier ou se trouve les trois fichiers et rendez executable ap51-flash $ chmod +x ap51-flash-fonera-1.0-38 et executez le script avec comme premier argument la carte reseau sur lequel est branché la fonera. '''ATTENTION!!''' il est important d utiliser un cable croisé de plus si votre lecteur dvd utilise redboot il risque d etre affecté :) la commande doit etre lancée avant la mise sous tension de la fonera # ./ap51-flash-fonera-1.0-38 eth2 openwrt-atheros-2.6-root.squashfs openwrt-atheros-2.6-vmlinux.lzma Reading rootfs file openwrt-atheros-2.6-root.squashfs with 1179648 bytes... Reading kernel file openwrt-atheros-2.6-vmlinux.lzma with 786432 bytes... rootfs(0x006e0000) + kernel(0x000c0000) + nvram(0x00000000) sums up to 0x007a000 !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.2 option netmask 255.255.255.0 option gateway 192.168.1.1 option dns 4.2.2.2 config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' option agmode 11b # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat ==config avancée== ===divers conseils concernant le mode ad-hoc=== ====carte a ne pas utiliser au mode ad-hoc==== *senao *orinoco ''conseil repris du forum openwrt ( par onebit)'' selon onebit, sous le mode ad-hoc. le matériel Broadcom (wrt54g etc...) n' a aucun problème, par contre les cartes atheros (meraki, routerboard + CM9) ont quelques problèmes. ====quelques conseils:==== * compiler kamikaze avec le "rate control" mis a "sample". Editez package/madwifi/Makefile et changez la valeur suivante. RATE_CONTROL:=sample * mettez la valeur de l option diversity a 0 dans /etc/config/wireless (le broadcast arrive dans une antenne) * fixez le bssid sur tout les noeuds (pour arreter la divergence--> impossible avec les senaos) * mettez les valeurs rts et frag a off (dans le "mesh mode" rts doit etre mis mais avec madwifi c est dur...) * fixez le channel (random madwifi segmentation if omitted) ** exemple du fichier /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option diversity 0 option txantenna 1 option rxantenna 1 option agmode 11g config wifi-iface option device wifi0 option mode adhoc option ssid XXX option hidden 0 option encryption wep option key XXXXXXXXXX option bssid AA:BB:CC:DD:EE:FF option txpower 18 #option rts 250 #option frag 256 '''a tester''' * pour le probleme de "ramping" "ath_mgtstart: discard, no xmit buf" #iwpriv ath0 uapsd 0 * pour allèger le problème de ramping (voir http://madwifi.org/ticket/1154) #iwpriv ath0 bintval 1000 * fixez le rate sur l'interface #iwconfig ath0 rate 12M ===mode ap et adhoc sur la meme interface=== afin que mamy puisse servire la communauté tout en surfant de son fauteuil fichiers /etc/config wireless ( le mode ap doit etre en premier ) root@philt:~# cat /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option agmode 11b option diversity 0 option txantenna 1 option rxantenna 1 # config wifi-iface option device wifi0 option network wlan0 option mode ap option ssid bombolongap option hidden 0 option txpower 16 option encryption none # config wifi-iface option device wifi0 option network wlan1 option mode adhoc option ssid bombolong option hidden 0 option txpower 16 option encryption none option bssid ca:fe:ca:fe:ca:fe fichier /etc/config/network root@philt:~# cat /etc/config/network # Copyright (C) 2006 OpenWrt.org config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config interface lan option ifname eth0 option proto static option ipaddr 192.168.0.137 option netmask 255.255.255.0 option gateway 192.168.0.133 option dns 4.2.2.2 # config interface wlan0 option ifname ath0 option proto static option ipaddr 169.254.93.1 option netmask 255.255.255.240 # config interface wlan1 option ifname ath1 option proto static option ipaddr 10.93.1.45 option netmask 255.255.255.0 modifiez le fichier de config olsr avec l interface ath1 dans ce cas ci et offrons un peu de dhcp au m$ de mamy en éditant le fichier: --dako 2007-12-14 1783 1782 2008-01-28T13:42:49Z Dako 4 /* mode ap et adhoc sur la meme interface */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== =====info-soekris===== [reglé] je comprend toujours pas mais la meme image que dans un wrap sur une soekris mais horriblement longtemps a booter [/reglé] ben voila ces quelques modification regle l affaire il suffit d editer /boot/grub/menulist seulement je ne le trouvait pas, c est parce qu il fallait le monter pour l editer. #mkdir /boot #mount /dev/hda1 /boot #vi /boot/boot/grub/menulist et modifez le debut du fichier telquel serial --unit=0 --speed=19200 --word=8 --parity=no --stop=1 terminal serial default 0 timeout 0 pour une soekris avec pcmcia installez : root@OpenWrt:~# ipkg install pcmcia-cs_3.2.8-1_mipsel.ipk Installing pcmcia-cs (3.2.8-1) to root... Configuring pcmcia-cs Done. root@OpenWrt:~# ipkg install kmod-pcmcia-core_2.4.34-brcm-1_mipsel.ipk Installing kmod-pcmcia-core (2.4.34-brcm-1) to root... Configuring kmod-pcmcia-core Done. =====info-wrap===== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 ===configurer=== vous voila loggé, !!avant toute chose n' oubliez pas d'attribuer un mot passe lors de la premiere connection en telnet. root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root nous allons ensuite rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial (ceci est une étape facultative et riquée pour ne pas prendre de risque tenez vous en au repositories officielle de kamikaze) editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 astuce2 avec atheros et le mode 11a l' option distance est importante. voir [[test athctrl]] exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option agmode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.agmode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== (pas fini) une version pour la kamikaze actuelle est presente sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ les test eont en cours avec le paquet asterisk-mini ...a suivre (2007-12-14) ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install xinetd tftpd tftp un bon tuto pour faire un serveur tftp se trouve ici http://doc.ubuntu-fr.org/tftpd en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-root.squashfs wget http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-vmlinux.lzma cp openwrt-atheros-2.6-* /tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 (parfois il faut pas specifier le port ) pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> lo -r -b %{FREEMEMLO} openwrt-atheros-2.6-vmlinux.lzma Using default protocol (TFTP) Raw file loaded 0x80040800-0x801007ff, assumed entry at 0x80040800 RedBoot> fi cr -e 0x80041000 -r 0x80041000 vmlinux.bin.l7 ... Erase from 0xa8030000-0xa80f0000: ............ ... Program from 0x80040800-0x80100800 at 0xa8030000: ............ ... Erase from 0xa87e0000-0xa87f0000: . ... Program from 0x80ff0000-0x81000000 at 0xa87e0000: . patientez recalculont la memoire disponible RedBoot> fis free 0xA80F0000 .. 0xA87E0000 un petit calcul pour voir ou on commence l ecriture( avec bc) root@bolivar:~# bc bc 1.06 Copyright 1991-1994, 1997, 1998, 2000 Free Software Foundation, Inc. This is free software with ABSOLUTELY NO WARRANTY. For details type `warranty'. obase=16 ibase=16 A87E0000 -A80F0000 '''6F0000''' ensuite RedBoot> lo -r -b %{FREEMEMLO} openwrt-atheros-2.6-root.squashfs Using default protocol (TFTP) Raw file loaded 0x80040800-0x801607ff, assumed entry at 0x80040800 ici il faut adapter la valeur RedBoot> fi cr -l 0x6F0000 rootfs ... Erase from 0xa80f0000-0xa87e0000: ............................................................................................................... ... Program from 0x80040800-0x80160800 at 0xa80f0000: .................. ... Erase from 0xa87e0000-0xa87f0000: . ... Program from 0x80ff0000-0x81000000 at 0xa87e0000: . finaliser en tapant exec RedBoot> fis load -l vmlinux.bin.l7 RedBoot> exec ====reflasher facilement une fonera avec ap51-flash-fonera==== (sous une architecture 64bit j' ai un probleme avec libpcap) ce merveilleux script qui nous viens tout droit de la communauté freifunk permet de reflasher une fonra ou le '''red boot''' serait deja '''activé.''' il suffit de se procurer ces trois fichiers ( dans le cas d un upgrade kamikaze par le vide ) * ap-51-flash [http://download.berlin.freifunk.net/fonera/ap51-flash-fonera-1.0-38] (la version a l'heure de lécriture de cette doc est 0.38) * kamiaze kernel [http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-vmlinux.lzma] * kamikaze fs [http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-root.squashfs] placer vous dans le dossier ou se trouve les trois fichiers et rendez executable ap51-flash $ chmod +x ap51-flash-fonera-1.0-38 et executez le script avec comme premier argument la carte reseau sur lequel est branché la fonera. '''ATTENTION!!''' il est important d utiliser un cable croisé de plus si votre lecteur dvd utilise redboot il risque d etre affecté :) la commande doit etre lancée avant la mise sous tension de la fonera # ./ap51-flash-fonera-1.0-38 eth2 openwrt-atheros-2.6-root.squashfs openwrt-atheros-2.6-vmlinux.lzma Reading rootfs file openwrt-atheros-2.6-root.squashfs with 1179648 bytes... Reading kernel file openwrt-atheros-2.6-vmlinux.lzma with 786432 bytes... rootfs(0x006e0000) + kernel(0x000c0000) + nvram(0x00000000) sums up to 0x007a000 !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.2 option netmask 255.255.255.0 option gateway 192.168.1.1 option dns 4.2.2.2 config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel '1' option agmode 11b # option diversity 1 # option txantenna 0 # option rxantenna 0 # option distance 2000 # disable radio to prevent an open ap after reflashing: option disabled '0' # config wifi-iface option device wifi0 option network wlan option mode 'adhoc' option ssid 'bombolong' option hidden 0 # option txpower 15 # option bgscan enable option encryption none =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat ==config avancée== ===divers conseils concernant le mode ad-hoc=== ====carte a ne pas utiliser au mode ad-hoc==== *senao *orinoco ''conseil repris du forum openwrt ( par onebit)'' selon onebit, sous le mode ad-hoc. le matériel Broadcom (wrt54g etc...) n' a aucun problème, par contre les cartes atheros (meraki, routerboard + CM9) ont quelques problèmes. ====quelques conseils:==== * compiler kamikaze avec le "rate control" mis a "sample". Editez package/madwifi/Makefile et changez la valeur suivante. RATE_CONTROL:=sample * mettez la valeur de l option diversity a 0 dans /etc/config/wireless (le broadcast arrive dans une antenne) * fixez le bssid sur tout les noeuds (pour arreter la divergence--> impossible avec les senaos) * mettez les valeurs rts et frag a off (dans le "mesh mode" rts doit etre mis mais avec madwifi c est dur...) * fixez le channel (random madwifi segmentation if omitted) ** exemple du fichier /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option diversity 0 option txantenna 1 option rxantenna 1 option agmode 11g config wifi-iface option device wifi0 option mode adhoc option ssid XXX option hidden 0 option encryption wep option key XXXXXXXXXX option bssid AA:BB:CC:DD:EE:FF option txpower 18 #option rts 250 #option frag 256 '''a tester''' * pour le probleme de "ramping" "ath_mgtstart: discard, no xmit buf" #iwpriv ath0 uapsd 0 * pour allèger le problème de ramping (voir http://madwifi.org/ticket/1154) #iwpriv ath0 bintval 1000 * fixez le rate sur l'interface #iwconfig ath0 rate 12M ===mode ap et adhoc sur la meme interface=== afin que mamy puisse servire la communauté tout en surfant de son fauteuil fichiers /etc/config wireless ( le mode ap doit etre en premier ) root@philt:~# cat /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option agmode 11b option diversity 0 option txantenna 1 option rxantenna 1 # config wifi-iface option device wifi0 option network wlan0 option mode ap option ssid bombolongap option hidden 0 option txpower 16 option encryption none # config wifi-iface option device wifi0 option network wlan1 option mode adhoc option ssid bombolong option hidden 0 option txpower 16 option encryption none option bssid ca:fe:ca:fe:ca:fe fichier /etc/config/network root@philt:~# cat /etc/config/network # Copyright (C) 2006 OpenWrt.org config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config interface lan option ifname eth0 option proto static option ipaddr 192.168.0.137 option netmask 255.255.255.0 option gateway 192.168.0.133 option dns 4.2.2.2 # config interface wlan0 option ifname ath0 option proto static option ipaddr 169.254.93.1 option netmask 255.255.255.240 # config interface wlan1 option ifname ath1 option proto static option ipaddr 10.93.1.45 option netmask 255.255.255.0 modifiez le fichier de config olsr avec l interface ath1 dans ce cas ci et offrons un peu de dhcp au m$ de mamy en éditant le fichier: --dako 2007-12-14 1784 1783 2008-01-28T13:44:27Z Dako 4 /* wireless */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== =====info-soekris===== [reglé] je comprend toujours pas mais la meme image que dans un wrap sur une soekris mais horriblement longtemps a booter [/reglé] ben voila ces quelques modification regle l affaire il suffit d editer /boot/grub/menulist seulement je ne le trouvait pas, c est parce qu il fallait le monter pour l editer. #mkdir /boot #mount /dev/hda1 /boot #vi /boot/boot/grub/menulist et modifez le debut du fichier telquel serial --unit=0 --speed=19200 --word=8 --parity=no --stop=1 terminal serial default 0 timeout 0 pour une soekris avec pcmcia installez : root@OpenWrt:~# ipkg install pcmcia-cs_3.2.8-1_mipsel.ipk Installing pcmcia-cs (3.2.8-1) to root... Configuring pcmcia-cs Done. root@OpenWrt:~# ipkg install kmod-pcmcia-core_2.4.34-brcm-1_mipsel.ipk Installing kmod-pcmcia-core (2.4.34-brcm-1) to root... Configuring kmod-pcmcia-core Done. =====info-wrap===== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 ===configurer=== vous voila loggé, !!avant toute chose n' oubliez pas d'attribuer un mot passe lors de la premiere connection en telnet. root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root nous allons ensuite rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial (ceci est une étape facultative et riquée pour ne pas prendre de risque tenez vous en au repositories officielle de kamikaze) editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 astuce2 avec atheros et le mode 11a l' option distance est importante. voir [[test athctrl]] exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option agmode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.agmode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== (pas fini) une version pour la kamikaze actuelle est presente sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ les test eont en cours avec le paquet asterisk-mini ...a suivre (2007-12-14) ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install xinetd tftpd tftp un bon tuto pour faire un serveur tftp se trouve ici http://doc.ubuntu-fr.org/tftpd en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-root.squashfs wget http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-vmlinux.lzma cp openwrt-atheros-2.6-* /tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 (parfois il faut pas specifier le port ) pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> lo -r -b %{FREEMEMLO} openwrt-atheros-2.6-vmlinux.lzma Using default protocol (TFTP) Raw file loaded 0x80040800-0x801007ff, assumed entry at 0x80040800 RedBoot> fi cr -e 0x80041000 -r 0x80041000 vmlinux.bin.l7 ... Erase from 0xa8030000-0xa80f0000: ............ ... Program from 0x80040800-0x80100800 at 0xa8030000: ............ ... Erase from 0xa87e0000-0xa87f0000: . ... Program from 0x80ff0000-0x81000000 at 0xa87e0000: . patientez recalculont la memoire disponible RedBoot> fis free 0xA80F0000 .. 0xA87E0000 un petit calcul pour voir ou on commence l ecriture( avec bc) root@bolivar:~# bc bc 1.06 Copyright 1991-1994, 1997, 1998, 2000 Free Software Foundation, Inc. This is free software with ABSOLUTELY NO WARRANTY. For details type `warranty'. obase=16 ibase=16 A87E0000 -A80F0000 '''6F0000''' ensuite RedBoot> lo -r -b %{FREEMEMLO} openwrt-atheros-2.6-root.squashfs Using default protocol (TFTP) Raw file loaded 0x80040800-0x801607ff, assumed entry at 0x80040800 ici il faut adapter la valeur RedBoot> fi cr -l 0x6F0000 rootfs ... Erase from 0xa80f0000-0xa87e0000: ............................................................................................................... ... Program from 0x80040800-0x80160800 at 0xa80f0000: .................. ... Erase from 0xa87e0000-0xa87f0000: . ... Program from 0x80ff0000-0x81000000 at 0xa87e0000: . finaliser en tapant exec RedBoot> fis load -l vmlinux.bin.l7 RedBoot> exec ====reflasher facilement une fonera avec ap51-flash-fonera==== (sous une architecture 64bit j' ai un probleme avec libpcap) ce merveilleux script qui nous viens tout droit de la communauté freifunk permet de reflasher une fonra ou le '''red boot''' serait deja '''activé.''' il suffit de se procurer ces trois fichiers ( dans le cas d un upgrade kamikaze par le vide ) * ap-51-flash [http://download.berlin.freifunk.net/fonera/ap51-flash-fonera-1.0-38] (la version a l'heure de lécriture de cette doc est 0.38) * kamiaze kernel [http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-vmlinux.lzma] * kamikaze fs [http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-root.squashfs] placer vous dans le dossier ou se trouve les trois fichiers et rendez executable ap51-flash $ chmod +x ap51-flash-fonera-1.0-38 et executez le script avec comme premier argument la carte reseau sur lequel est branché la fonera. '''ATTENTION!!''' il est important d utiliser un cable croisé de plus si votre lecteur dvd utilise redboot il risque d etre affecté :) la commande doit etre lancée avant la mise sous tension de la fonera # ./ap51-flash-fonera-1.0-38 eth2 openwrt-atheros-2.6-root.squashfs openwrt-atheros-2.6-vmlinux.lzma Reading rootfs file openwrt-atheros-2.6-root.squashfs with 1179648 bytes... Reading kernel file openwrt-atheros-2.6-vmlinux.lzma with 786432 bytes... rootfs(0x006e0000) + kernel(0x000c0000) + nvram(0x00000000) sums up to 0x007a000 !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.2 option netmask 255.255.255.0 option gateway 192.168.1.1 option dns 4.2.2.2 config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel 1 option agmode 11b option diversity 0 option txantenna 1 option rxantenna 1 # config wifi-iface option device wifi0 option network wlan option mode adhoc option ssid bombolong option hidden 0 option txpower 16 option encryption none option bssid ca:fe:ca:fe:ca:fe =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat ==config avancée== ===divers conseils concernant le mode ad-hoc=== ====carte a ne pas utiliser au mode ad-hoc==== *senao *orinoco ''conseil repris du forum openwrt ( par onebit)'' selon onebit, sous le mode ad-hoc. le matériel Broadcom (wrt54g etc...) n' a aucun problème, par contre les cartes atheros (meraki, routerboard + CM9) ont quelques problèmes. ====quelques conseils:==== * compiler kamikaze avec le "rate control" mis a "sample". Editez package/madwifi/Makefile et changez la valeur suivante. RATE_CONTROL:=sample * mettez la valeur de l option diversity a 0 dans /etc/config/wireless (le broadcast arrive dans une antenne) * fixez le bssid sur tout les noeuds (pour arreter la divergence--> impossible avec les senaos) * mettez les valeurs rts et frag a off (dans le "mesh mode" rts doit etre mis mais avec madwifi c est dur...) * fixez le channel (random madwifi segmentation if omitted) ** exemple du fichier /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option diversity 0 option txantenna 1 option rxantenna 1 option agmode 11g config wifi-iface option device wifi0 option mode adhoc option ssid XXX option hidden 0 option encryption wep option key XXXXXXXXXX option bssid AA:BB:CC:DD:EE:FF option txpower 18 #option rts 250 #option frag 256 '''a tester''' * pour le probleme de "ramping" "ath_mgtstart: discard, no xmit buf" #iwpriv ath0 uapsd 0 * pour allèger le problème de ramping (voir http://madwifi.org/ticket/1154) #iwpriv ath0 bintval 1000 * fixez le rate sur l'interface #iwconfig ath0 rate 12M ===mode ap et adhoc sur la meme interface=== afin que mamy puisse servire la communauté tout en surfant de son fauteuil fichiers /etc/config wireless ( le mode ap doit etre en premier ) root@philt:~# cat /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option agmode 11b option diversity 0 option txantenna 1 option rxantenna 1 # config wifi-iface option device wifi0 option network wlan0 option mode ap option ssid bombolongap option hidden 0 option txpower 16 option encryption none # config wifi-iface option device wifi0 option network wlan1 option mode adhoc option ssid bombolong option hidden 0 option txpower 16 option encryption none option bssid ca:fe:ca:fe:ca:fe fichier /etc/config/network root@philt:~# cat /etc/config/network # Copyright (C) 2006 OpenWrt.org config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config interface lan option ifname eth0 option proto static option ipaddr 192.168.0.137 option netmask 255.255.255.0 option gateway 192.168.0.133 option dns 4.2.2.2 # config interface wlan0 option ifname ath0 option proto static option ipaddr 169.254.93.1 option netmask 255.255.255.240 # config interface wlan1 option ifname ath1 option proto static option ipaddr 10.93.1.45 option netmask 255.255.255.0 modifiez le fichier de config olsr avec l interface ath1 dans ce cas ci et offrons un peu de dhcp au m$ de mamy en éditant le fichier: --dako 2007-12-14 1785 1784 2008-02-01T12:59:35Z Dako 4 wikitext text/x-wiki ==installer openwrt kamikaze pour x86== =====info-soekris===== [reglé] je comprend toujours pas mais la meme image que dans un wrap sur une soekris mais horriblement longtemps a booter [/reglé] ben voila ces quelques modification regle l affaire il suffit d editer /boot/grub/menulist seulement je ne le trouvait pas, c est parce qu il fallait le monter pour l editer. #mkdir /boot #mount /dev/hda1 /boot #vi /boot/boot/grub/menulist et modifez le debut du fichier telquel serial --unit=0 --speed=19200 --word=8 --parity=no --stop=1 terminal serial default 0 timeout 0 pour une soekris avec pcmcia installez : root@OpenWrt:~# ipkg install pcmcia-cs_3.2.8-1_mipsel.ipk Installing pcmcia-cs (3.2.8-1) to root... Configuring pcmcia-cs Done. root@OpenWrt:~# ipkg install kmod-pcmcia-core_2.4.34-brcm-1_mipsel.ipk Installing kmod-pcmcia-core (2.4.34-brcm-1) to root... Configuring kmod-pcmcia-core Done. =====info-wrap===== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 ===configurer=== vous voila loggé, !!avant toute chose n' oubliez pas d'attribuer un mot passe lors de la premiere connection en telnet. root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root nous allons ensuite rajouter une ligne a ipkg.conf qui nous permettra d obtenir olsrd 5.0-unoficial (ceci est une étape facultative et riquée pour ne pas prendre de risque tenez vous en au repositories officielle de kamikaze) editez le fichier /etc/ipkg.conf a l aide de vi #vi /etc/ipkg.conf arrangez-vous pour qu il ressemble a ceci: src opennet http://www.opennet-initiative.de/firmware/kamikaze/kamikaze-x86-mathias/packages src snapshots http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/packages dest root / dest ram /tmp installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 astuce2 avec atheros et le mode 11a l' option distance est importante. voir [[test athctrl]] exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option agmode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.agmode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== (pas fini) une version pour la kamikaze actuelle est presente sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ les test eont en cours avec le paquet asterisk-mini ...a suivre (2007-12-14) ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install xinetd tftpd tftp un bon tuto pour faire un serveur tftp se trouve ici http://doc.ubuntu-fr.org/tftpd en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-root.squashfs wget http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-vmlinux.lzma cp openwrt-atheros-2.6-* /tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 (parfois il faut pas specifier le port ) pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> lo -r -b %{FREEMEMLO} openwrt-atheros-2.6-vmlinux.lzma Using default protocol (TFTP) Raw file loaded 0x80040800-0x801007ff, assumed entry at 0x80040800 RedBoot> fi cr -e 0x80041000 -r 0x80041000 vmlinux.bin.l7 ... Erase from 0xa8030000-0xa80f0000: ............ ... Program from 0x80040800-0x80100800 at 0xa8030000: ............ ... Erase from 0xa87e0000-0xa87f0000: . ... Program from 0x80ff0000-0x81000000 at 0xa87e0000: . patientez recalculont la memoire disponible RedBoot> fis free 0xA80F0000 .. 0xA87E0000 un petit calcul pour voir ou on commence l ecriture( avec bc) root@bolivar:~# bc bc 1.06 Copyright 1991-1994, 1997, 1998, 2000 Free Software Foundation, Inc. This is free software with ABSOLUTELY NO WARRANTY. For details type `warranty'. obase=16 ibase=16 A87E0000 -A80F0000 '''6F0000''' ensuite RedBoot> lo -r -b %{FREEMEMLO} openwrt-atheros-2.6-root.squashfs Using default protocol (TFTP) Raw file loaded 0x80040800-0x801607ff, assumed entry at 0x80040800 ici il faut adapter la valeur RedBoot> fi cr -l 0x6F0000 rootfs ... Erase from 0xa80f0000-0xa87e0000: ............................................................................................................... ... Program from 0x80040800-0x80160800 at 0xa80f0000: .................. ... Erase from 0xa87e0000-0xa87f0000: . ... Program from 0x80ff0000-0x81000000 at 0xa87e0000: . finaliser en tapant exec RedBoot> fis load -l vmlinux.bin.l7 RedBoot> exec ====reflasher facilement une fonera avec ap51-flash-fonera==== (sous une architecture 64bit j' ai un probleme avec libpcap) ce merveilleux script qui nous viens tout droit de la communauté freifunk permet de reflasher une fonra ou le '''red boot''' serait deja '''activé.''' il suffit de se procurer ces trois fichiers ( dans le cas d un upgrade kamikaze par le vide ) * ap-51-flash [http://download.berlin.freifunk.net/fonera/ap51-flash-fonera-1.0-38] (la version a l'heure de lécriture de cette doc est 0.38) * kamiaze kernel [http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-vmlinux.lzma] * kamikaze fs [http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-root.squashfs] placer vous dans le dossier ou se trouve les trois fichiers et rendez executable ap51-flash $ chmod +x ap51-flash-fonera-1.0-38 et executez le script avec comme premier argument la carte reseau sur lequel est branché la fonera. '''ATTENTION!!''' il est important d utiliser un cable croisé de plus si votre lecteur dvd utilise redboot il risque d etre affecté :) la commande doit etre lancée avant la mise sous tension de la fonera # ./ap51-flash-fonera-1.0-38 eth2 openwrt-atheros-2.6-root.squashfs openwrt-atheros-2.6-vmlinux.lzma Reading rootfs file openwrt-atheros-2.6-root.squashfs with 1179648 bytes... Reading kernel file openwrt-atheros-2.6-vmlinux.lzma with 786432 bytes... rootfs(0x006e0000) + kernel(0x000c0000) + nvram(0x00000000) sums up to 0x007a000 !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.2 option netmask 255.255.255.0 option gateway 192.168.1.1 option dns 4.2.2.2 config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel 1 option agmode 11b option diversity 0 option txantenna 1 option rxantenna 1 # config wifi-iface option device wifi0 option network wlan option mode adhoc option ssid bombolong option hidden 0 option txpower 16 option encryption none option bssid ca:fe:ca:fe:ca:fe =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } un plugin pratique et decentralisé LoadPlugin "olsrd_nameservice.so.0.3" { PlParam "name" "panikv2" PlParam "hosts-file" "/var/etc/hosts" PlParam "suffix" ".bxl.rc" } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat ==config avancée== ===divers conseils concernant le mode ad-hoc=== ====carte a ne pas utiliser au mode ad-hoc==== *senao *orinoco ''conseil repris du forum openwrt ( par onebit)'' selon onebit, sous le mode ad-hoc. le matériel Broadcom (wrt54g etc...) n' a aucun problème, par contre les cartes atheros (meraki, routerboard + CM9) ont quelques problèmes. ====quelques conseils:==== * compiler kamikaze avec le "rate control" mis a "sample". Editez package/madwifi/Makefile et changez la valeur suivante. RATE_CONTROL:=sample * mettez la valeur de l option diversity a 0 dans /etc/config/wireless (le broadcast arrive dans une antenne) * fixez le bssid sur tout les noeuds (pour arreter la divergence--> impossible avec les senaos) * mettez les valeurs rts et frag a off (dans le "mesh mode" rts doit etre mis mais avec madwifi c est dur...) * fixez le channel (random madwifi segmentation if omitted) ** exemple du fichier /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option diversity 0 option txantenna 1 option rxantenna 1 option agmode 11g config wifi-iface option device wifi0 option mode adhoc option ssid XXX option hidden 0 option encryption wep option key XXXXXXXXXX option bssid AA:BB:CC:DD:EE:FF option txpower 18 #option rts 250 #option frag 256 '''a tester''' * pour le probleme de "ramping" "ath_mgtstart: discard, no xmit buf" #iwpriv ath0 uapsd 0 * pour allèger le problème de ramping (voir http://madwifi.org/ticket/1154) #iwpriv ath0 bintval 1000 * fixez le rate sur l'interface #iwconfig ath0 rate 12M ===mode ap et adhoc sur la meme interface=== afin que mamy puisse servire la communauté tout en surfant de son fauteuil fichiers /etc/config wireless ( le mode ap doit etre en premier ) root@philt:~# cat /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option agmode 11b option diversity 0 option txantenna 1 option rxantenna 1 # config wifi-iface option device wifi0 option network wlan0 option mode ap option ssid bombolongap option hidden 0 option txpower 16 option encryption none # config wifi-iface option device wifi0 option network wlan1 option mode adhoc option ssid bombolong option hidden 0 option txpower 16 option encryption none option bssid ca:fe:ca:fe:ca:fe fichier /etc/config/network root@philt:~# cat /etc/config/network # Copyright (C) 2006 OpenWrt.org config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config interface lan option ifname eth0 option proto static option ipaddr 192.168.0.137 option netmask 255.255.255.0 option gateway 192.168.0.133 option dns 4.2.2.2 # config interface wlan0 option ifname ath0 option proto static option ipaddr 169.254.93.1 option netmask 255.255.255.240 # config interface wlan1 option ifname ath1 option proto static option ipaddr 10.93.1.45 option netmask 255.255.255.0 modifiez le fichier de config olsr avec l interface ath1 dans ce cas ci et offrons un peu de dhcp au m$ de mamy en éditant le fichier: --dako 2007-12-14 1786 1785 2008-02-06T14:58:56Z Dako 4 /* configurer */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== =====info-soekris===== [reglé] je comprend toujours pas mais la meme image que dans un wrap sur une soekris mais horriblement longtemps a booter [/reglé] ben voila ces quelques modification regle l affaire il suffit d editer /boot/grub/menulist seulement je ne le trouvait pas, c est parce qu il fallait le monter pour l editer. #mkdir /boot #mount /dev/hda1 /boot #vi /boot/boot/grub/menulist et modifez le debut du fichier telquel serial --unit=0 --speed=19200 --word=8 --parity=no --stop=1 terminal serial default 0 timeout 0 pour une soekris avec pcmcia installez : root@OpenWrt:~# ipkg install pcmcia-cs_3.2.8-1_mipsel.ipk Installing pcmcia-cs (3.2.8-1) to root... Configuring pcmcia-cs Done. root@OpenWrt:~# ipkg install kmod-pcmcia-core_2.4.34-brcm-1_mipsel.ipk Installing kmod-pcmcia-core (2.4.34-brcm-1) to root... Configuring kmod-pcmcia-core Done. =====info-wrap===== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.07/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 ===configurer=== vous voila loggé, !!avant toute chose n' oubliez pas d'attribuer un mot passe lors de la premiere connection en telnet. root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root =====installer les modules nécessaires====== installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 astuce2 avec atheros et le mode 11a l' option distance est importante. voir [[test athctrl]] exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option agmode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.agmode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== ====olsr==== installer olsr #ipkg install olsrd configurer olsr editer /etc/olsrd.conf et verifiez que l hsteresis est bien désactive (en effet il faut choisir entre deuc systeme etx ou hysteresis et par expérience nous utilisons etx) ... UseHysteresis no ... #HystScaling 0.50 #HystThrHigh 0.80 #HystThrLow 0.30 configurez les interfaces sur lesquels vous voulez activez olsr. ... # !!CHANGE THE INTERFACE LABEL(s) TO MATCH YOUR INTERFACE(s)!! # (eg. wlan0 or eth1): Interface "ath0" "eth1" ... activer olsrd au demarrage il suffit de creer un lien symbolique dans /etc/rc.d/olsrd qui pointe vers le script creer lors de l installation qui se trouve dans /etc/init.d/ root@rmolen5g:~# ln -s /etc/init.d/olsrd /etc/rc.d/S43olsrd un petit redemarage ====asterisk==== (pas fini) une version pour la kamikaze actuelle est presente sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ les test eont en cours avec le paquet asterisk-mini ...a suivre (2007-12-14) ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install xinetd tftpd tftp un bon tuto pour faire un serveur tftp se trouve ici http://doc.ubuntu-fr.org/tftpd en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-root.squashfs wget http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-vmlinux.lzma cp openwrt-atheros-2.6-* /tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 (parfois il faut pas specifier le port ) pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> lo -r -b %{FREEMEMLO} openwrt-atheros-2.6-vmlinux.lzma Using default protocol (TFTP) Raw file loaded 0x80040800-0x801007ff, assumed entry at 0x80040800 RedBoot> fi cr -e 0x80041000 -r 0x80041000 vmlinux.bin.l7 ... Erase from 0xa8030000-0xa80f0000: ............ ... Program from 0x80040800-0x80100800 at 0xa8030000: ............ ... Erase from 0xa87e0000-0xa87f0000: . ... Program from 0x80ff0000-0x81000000 at 0xa87e0000: . patientez recalculont la memoire disponible RedBoot> fis free 0xA80F0000 .. 0xA87E0000 un petit calcul pour voir ou on commence l ecriture( avec bc) root@bolivar:~# bc bc 1.06 Copyright 1991-1994, 1997, 1998, 2000 Free Software Foundation, Inc. This is free software with ABSOLUTELY NO WARRANTY. For details type `warranty'. obase=16 ibase=16 A87E0000 -A80F0000 '''6F0000''' ensuite RedBoot> lo -r -b %{FREEMEMLO} openwrt-atheros-2.6-root.squashfs Using default protocol (TFTP) Raw file loaded 0x80040800-0x801607ff, assumed entry at 0x80040800 ici il faut adapter la valeur RedBoot> fi cr -l 0x6F0000 rootfs ... Erase from 0xa80f0000-0xa87e0000: ............................................................................................................... ... Program from 0x80040800-0x80160800 at 0xa80f0000: .................. ... Erase from 0xa87e0000-0xa87f0000: . ... Program from 0x80ff0000-0x81000000 at 0xa87e0000: . finaliser en tapant exec RedBoot> fis load -l vmlinux.bin.l7 RedBoot> exec ====reflasher facilement une fonera avec ap51-flash-fonera==== (sous une architecture 64bit j' ai un probleme avec libpcap) ce merveilleux script qui nous viens tout droit de la communauté freifunk permet de reflasher une fonra ou le '''red boot''' serait deja '''activé.''' il suffit de se procurer ces trois fichiers ( dans le cas d un upgrade kamikaze par le vide ) * ap-51-flash [http://download.berlin.freifunk.net/fonera/ap51-flash-fonera-1.0-38] (la version a l'heure de lécriture de cette doc est 0.38) * kamiaze kernel [http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-vmlinux.lzma] * kamikaze fs [http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-root.squashfs] placer vous dans le dossier ou se trouve les trois fichiers et rendez executable ap51-flash $ chmod +x ap51-flash-fonera-1.0-38 et executez le script avec comme premier argument la carte reseau sur lequel est branché la fonera. '''ATTENTION!!''' il est important d utiliser un cable croisé de plus si votre lecteur dvd utilise redboot il risque d etre affecté :) la commande doit etre lancée avant la mise sous tension de la fonera # ./ap51-flash-fonera-1.0-38 eth2 openwrt-atheros-2.6-root.squashfs openwrt-atheros-2.6-vmlinux.lzma Reading rootfs file openwrt-atheros-2.6-root.squashfs with 1179648 bytes... Reading kernel file openwrt-atheros-2.6-vmlinux.lzma with 786432 bytes... rootfs(0x006e0000) + kernel(0x000c0000) + nvram(0x00000000) sums up to 0x007a000 !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.2 option netmask 255.255.255.0 option gateway 192.168.1.1 option dns 4.2.2.2 config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel 1 option agmode 11b option diversity 0 option txantenna 1 option rxantenna 1 # config wifi-iface option device wifi0 option network wlan option mode adhoc option ssid bombolong option hidden 0 option txpower 16 option encryption none option bssid ca:fe:ca:fe:ca:fe =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } un plugin pratique et decentralisé LoadPlugin "olsrd_nameservice.so.0.3" { PlParam "name" "panikv2" PlParam "hosts-file" "/var/etc/hosts" PlParam "suffix" ".bxl.rc" } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat ==config avancée== ===divers conseils concernant le mode ad-hoc=== ====carte a ne pas utiliser au mode ad-hoc==== *senao *orinoco ''conseil repris du forum openwrt ( par onebit)'' selon onebit, sous le mode ad-hoc. le matériel Broadcom (wrt54g etc...) n' a aucun problème, par contre les cartes atheros (meraki, routerboard + CM9) ont quelques problèmes. ====quelques conseils:==== * compiler kamikaze avec le "rate control" mis a "sample". Editez package/madwifi/Makefile et changez la valeur suivante. RATE_CONTROL:=sample * mettez la valeur de l option diversity a 0 dans /etc/config/wireless (le broadcast arrive dans une antenne) * fixez le bssid sur tout les noeuds (pour arreter la divergence--> impossible avec les senaos) * mettez les valeurs rts et frag a off (dans le "mesh mode" rts doit etre mis mais avec madwifi c est dur...) * fixez le channel (random madwifi segmentation if omitted) ** exemple du fichier /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option diversity 0 option txantenna 1 option rxantenna 1 option agmode 11g config wifi-iface option device wifi0 option mode adhoc option ssid XXX option hidden 0 option encryption wep option key XXXXXXXXXX option bssid AA:BB:CC:DD:EE:FF option txpower 18 #option rts 250 #option frag 256 '''a tester''' * pour le probleme de "ramping" "ath_mgtstart: discard, no xmit buf" #iwpriv ath0 uapsd 0 * pour allèger le problème de ramping (voir http://madwifi.org/ticket/1154) #iwpriv ath0 bintval 1000 * fixez le rate sur l'interface #iwconfig ath0 rate 12M ===mode ap et adhoc sur la meme interface=== afin que mamy puisse servire la communauté tout en surfant de son fauteuil fichiers /etc/config wireless ( le mode ap doit etre en premier ) root@philt:~# cat /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option agmode 11b option diversity 0 option txantenna 1 option rxantenna 1 # config wifi-iface option device wifi0 option network wlan0 option mode ap option ssid bombolongap option hidden 0 option txpower 16 option encryption none # config wifi-iface option device wifi0 option network wlan1 option mode adhoc option ssid bombolong option hidden 0 option txpower 16 option encryption none option bssid ca:fe:ca:fe:ca:fe fichier /etc/config/network root@philt:~# cat /etc/config/network # Copyright (C) 2006 OpenWrt.org config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config interface lan option ifname eth0 option proto static option ipaddr 192.168.0.137 option netmask 255.255.255.0 option gateway 192.168.0.133 option dns 4.2.2.2 # config interface wlan0 option ifname ath0 option proto static option ipaddr 169.254.93.1 option netmask 255.255.255.240 # config interface wlan1 option ifname ath1 option proto static option ipaddr 10.93.1.45 option netmask 255.255.255.0 modifiez le fichier de config olsr avec l interface ath1 dans ce cas ci et offrons un peu de dhcp au m$ de mamy en éditant le fichier: --dako 2007-12-14 1787 1786 2008-02-06T15:05:13Z Dako 4 wikitext text/x-wiki ==installer openwrt kamikaze pour x86== =====info-soekris===== [reglé] je comprend toujours pas mais la meme image que dans un wrap sur une soekris mais horriblement longtemps a booter [/reglé] ben voila ces quelques modification regle l affaire il suffit d editer /boot/grub/menulist seulement je ne le trouvait pas, c est parce qu il fallait le monter pour l editer. #mkdir /boot #mount /dev/hda1 /boot #vi /boot/boot/grub/menulist et modifez le debut du fichier telquel serial --unit=0 --speed=19200 --word=8 --parity=no --stop=1 terminal serial default 0 timeout 0 pour une soekris avec pcmcia installez : root@OpenWrt:~# ipkg install pcmcia-cs_3.2.8-1_mipsel.ipk Installing pcmcia-cs (3.2.8-1) to root... Configuring pcmcia-cs Done. root@OpenWrt:~# ipkg install kmod-pcmcia-core_2.4.34-brcm-1_mipsel.ipk Installing kmod-pcmcia-core (2.4.34-brcm-1) to root... Configuring kmod-pcmcia-core Done. =====info-wrap===== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.09/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 ===configurer=== vous voila loggé, !!avant toute chose n' oubliez pas d'attribuer un mot passe lors de la premiere connection en telnet. root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root =====installer les modules nécessaires====== installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 astuce2 avec atheros et le mode 11a l' option distance est importante. voir [[test athctrl]] exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option agmode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.agmode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== =====Olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } un plugin pratique et decentralisé LoadPlugin "olsrd_nameservice.so.0.3" { PlParam "name" "panikv2" PlParam "hosts-file" "/var/etc/hosts" PlParam "suffix" ".bxl.rc" } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable ====asterisk==== (pas fini) une version pour la kamikaze actuelle est presente sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ les test sont en cours avec le paquet asterisk-mini ...a suivre (2007-12-14) ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install xinetd tftpd tftp un bon tuto pour faire un serveur tftp se trouve ici http://doc.ubuntu-fr.org/tftpd en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-root.squashfs wget http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-vmlinux.lzma cp openwrt-atheros-2.6-* /tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 (parfois il faut pas specifier le port ) pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> lo -r -b %{FREEMEMLO} openwrt-atheros-2.6-vmlinux.lzma Using default protocol (TFTP) Raw file loaded 0x80040800-0x801007ff, assumed entry at 0x80040800 RedBoot> fi cr -e 0x80041000 -r 0x80041000 vmlinux.bin.l7 ... Erase from 0xa8030000-0xa80f0000: ............ ... Program from 0x80040800-0x80100800 at 0xa8030000: ............ ... Erase from 0xa87e0000-0xa87f0000: . ... Program from 0x80ff0000-0x81000000 at 0xa87e0000: . patientez recalculont la memoire disponible RedBoot> fis free 0xA80F0000 .. 0xA87E0000 un petit calcul pour voir ou on commence l ecriture( avec bc) root@bolivar:~# bc bc 1.06 Copyright 1991-1994, 1997, 1998, 2000 Free Software Foundation, Inc. This is free software with ABSOLUTELY NO WARRANTY. For details type `warranty'. obase=16 ibase=16 A87E0000 -A80F0000 '''6F0000''' ensuite RedBoot> lo -r -b %{FREEMEMLO} openwrt-atheros-2.6-root.squashfs Using default protocol (TFTP) Raw file loaded 0x80040800-0x801607ff, assumed entry at 0x80040800 ici il faut adapter la valeur RedBoot> fi cr -l 0x6F0000 rootfs ... Erase from 0xa80f0000-0xa87e0000: ............................................................................................................... ... Program from 0x80040800-0x80160800 at 0xa80f0000: .................. ... Erase from 0xa87e0000-0xa87f0000: . ... Program from 0x80ff0000-0x81000000 at 0xa87e0000: . finaliser en tapant exec RedBoot> fis load -l vmlinux.bin.l7 RedBoot> exec ====reflasher facilement une fonera avec ap51-flash-fonera==== (sous une architecture 64bit j' ai un probleme avec libpcap) ce merveilleux script qui nous viens tout droit de la communauté freifunk permet de reflasher une fonra ou le '''red boot''' serait deja '''activé.''' il suffit de se procurer ces trois fichiers ( dans le cas d un upgrade kamikaze par le vide ) * ap-51-flash [http://download.berlin.freifunk.net/fonera/ap51-flash-fonera-1.0-38] (la version a l'heure de lécriture de cette doc est 0.38) * kamiaze kernel [http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-vmlinux.lzma] * kamikaze fs [http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-root.squashfs] placer vous dans le dossier ou se trouve les trois fichiers et rendez executable ap51-flash $ chmod +x ap51-flash-fonera-1.0-38 et executez le script avec comme premier argument la carte reseau sur lequel est branché la fonera. '''ATTENTION!!''' il est important d utiliser un cable croisé de plus si votre lecteur dvd utilise redboot il risque d etre affecté :) la commande doit etre lancée avant la mise sous tension de la fonera # ./ap51-flash-fonera-1.0-38 eth2 openwrt-atheros-2.6-root.squashfs openwrt-atheros-2.6-vmlinux.lzma Reading rootfs file openwrt-atheros-2.6-root.squashfs with 1179648 bytes... Reading kernel file openwrt-atheros-2.6-vmlinux.lzma with 786432 bytes... rootfs(0x006e0000) + kernel(0x000c0000) + nvram(0x00000000) sums up to 0x007a000 !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.2 option netmask 255.255.255.0 option gateway 192.168.1.1 option dns 4.2.2.2 config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel 1 option agmode 11b option diversity 0 option txantenna 1 option rxantenna 1 # config wifi-iface option device wifi0 option network wlan option mode adhoc option ssid bombolong option hidden 0 option txpower 16 option encryption none option bssid ca:fe:ca:fe:ca:fe =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } un plugin pratique et decentralisé LoadPlugin "olsrd_nameservice.so.0.3" { PlParam "name" "panikv2" PlParam "hosts-file" "/var/etc/hosts" PlParam "suffix" ".bxl.rc" } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat ==config avancée== ===divers conseils concernant le mode ad-hoc=== ====carte a ne pas utiliser au mode ad-hoc==== *senao *orinoco ''conseil repris du forum openwrt ( par onebit)'' selon onebit, sous le mode ad-hoc. le matériel Broadcom (wrt54g etc...) n' a aucun problème, par contre les cartes atheros (meraki, routerboard + CM9) ont quelques problèmes. ====quelques conseils:==== * compiler kamikaze avec le "rate control" mis a "sample". Editez package/madwifi/Makefile et changez la valeur suivante. RATE_CONTROL:=sample * mettez la valeur de l option diversity a 0 dans /etc/config/wireless (le broadcast arrive dans une antenne) * fixez le bssid sur tout les noeuds (pour arreter la divergence--> impossible avec les senaos) * mettez les valeurs rts et frag a off (dans le "mesh mode" rts doit etre mis mais avec madwifi c est dur...) * fixez le channel (random madwifi segmentation if omitted) ** exemple du fichier /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option diversity 0 option txantenna 1 option rxantenna 1 option agmode 11g config wifi-iface option device wifi0 option mode adhoc option ssid XXX option hidden 0 option encryption wep option key XXXXXXXXXX option bssid AA:BB:CC:DD:EE:FF option txpower 18 #option rts 250 #option frag 256 '''a tester''' * pour le probleme de "ramping" "ath_mgtstart: discard, no xmit buf" #iwpriv ath0 uapsd 0 * pour allèger le problème de ramping (voir http://madwifi.org/ticket/1154) #iwpriv ath0 bintval 1000 * fixez le rate sur l'interface #iwconfig ath0 rate 12M ===mode ap et adhoc sur la meme interface=== afin que mamy puisse servire la communauté tout en surfant de son fauteuil fichiers /etc/config wireless ( le mode ap doit etre en premier ) root@philt:~# cat /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option agmode 11b option diversity 0 option txantenna 1 option rxantenna 1 # config wifi-iface option device wifi0 option network wlan0 option mode ap option ssid bombolongap option hidden 0 option txpower 16 option encryption none # config wifi-iface option device wifi0 option network wlan1 option mode adhoc option ssid bombolong option hidden 0 option txpower 16 option encryption none option bssid ca:fe:ca:fe:ca:fe fichier /etc/config/network root@philt:~# cat /etc/config/network # Copyright (C) 2006 OpenWrt.org config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config interface lan option ifname eth0 option proto static option ipaddr 192.168.0.137 option netmask 255.255.255.0 option gateway 192.168.0.133 option dns 4.2.2.2 # config interface wlan0 option ifname ath0 option proto static option ipaddr 169.254.93.1 option netmask 255.255.255.240 # config interface wlan1 option ifname ath1 option proto static option ipaddr 10.93.1.45 option netmask 255.255.255.0 modifiez le fichier de config olsr avec l interface ath1 dans ce cas ci et offrons un peu de dhcp au m$ de mamy en éditant le fichier: --dako 2007-12-14 1788 1787 2008-02-06T15:08:18Z Dako 4 wikitext text/x-wiki ==installer openwrt kamikaze pour x86== =====info-soekris===== [reglé] je comprend toujours pas mais la meme image que dans un wrap sur une soekris mais horriblement longtemps a booter [/reglé] ben voila ces quelques modification regle l affaire il suffit d editer /boot/grub/menulist seulement je ne le trouvait pas, c est parce qu il fallait le monter pour l editer. #mkdir /boot #mount /dev/hda1 /boot #vi /boot/boot/grub/menulist et modifez le debut du fichier telquel serial --unit=0 --speed=19200 --word=8 --parity=no --stop=1 terminal serial default 0 timeout 0 pour une soekris avec pcmcia installez : root@OpenWrt:~# ipkg install pcmcia-cs_3.2.8-1_mipsel.ipk Installing pcmcia-cs (3.2.8-1) to root... Configuring pcmcia-cs Done. root@OpenWrt:~# ipkg install kmod-pcmcia-core_2.4.34-brcm-1_mipsel.ipk Installing kmod-pcmcia-core (2.4.34-brcm-1) to root... Configuring kmod-pcmcia-core Done. =====info-alix===== les drivers ethernet ne sont pas pesent dans l'image de base openwrt il faut donc soit les copier sur la CF et a l aide d un cable serie les installer soit compiler a l aide du target "alix" present dans la version svn actuelle. =====info-wrap===== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.09/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 ===configurer=== vous voila loggé, !!avant toute chose n' oubliez pas d'attribuer un mot passe lors de la premiere connection en telnet. root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root =====installer les modules nécessaires====== installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 astuce2 avec atheros et le mode 11a l' option distance est importante. voir [[test athctrl]] exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option agmode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.agmode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== =====Olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } un plugin pratique et decentralisé LoadPlugin "olsrd_nameservice.so.0.3" { PlParam "name" "panikv2" PlParam "hosts-file" "/var/etc/hosts" PlParam "suffix" ".bxl.rc" } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable ====asterisk==== (pas fini) une version pour la kamikaze actuelle est presente sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ les test sont en cours avec le paquet asterisk-mini ...a suivre (2007-12-14) ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install xinetd tftpd tftp un bon tuto pour faire un serveur tftp se trouve ici http://doc.ubuntu-fr.org/tftpd en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-root.squashfs wget http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-vmlinux.lzma cp openwrt-atheros-2.6-* /tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 (parfois il faut pas specifier le port ) pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> lo -r -b %{FREEMEMLO} openwrt-atheros-2.6-vmlinux.lzma Using default protocol (TFTP) Raw file loaded 0x80040800-0x801007ff, assumed entry at 0x80040800 RedBoot> fi cr -e 0x80041000 -r 0x80041000 vmlinux.bin.l7 ... Erase from 0xa8030000-0xa80f0000: ............ ... Program from 0x80040800-0x80100800 at 0xa8030000: ............ ... Erase from 0xa87e0000-0xa87f0000: . ... Program from 0x80ff0000-0x81000000 at 0xa87e0000: . patientez recalculont la memoire disponible RedBoot> fis free 0xA80F0000 .. 0xA87E0000 un petit calcul pour voir ou on commence l ecriture( avec bc) root@bolivar:~# bc bc 1.06 Copyright 1991-1994, 1997, 1998, 2000 Free Software Foundation, Inc. This is free software with ABSOLUTELY NO WARRANTY. For details type `warranty'. obase=16 ibase=16 A87E0000 -A80F0000 '''6F0000''' ensuite RedBoot> lo -r -b %{FREEMEMLO} openwrt-atheros-2.6-root.squashfs Using default protocol (TFTP) Raw file loaded 0x80040800-0x801607ff, assumed entry at 0x80040800 ici il faut adapter la valeur RedBoot> fi cr -l 0x6F0000 rootfs ... Erase from 0xa80f0000-0xa87e0000: ............................................................................................................... ... Program from 0x80040800-0x80160800 at 0xa80f0000: .................. ... Erase from 0xa87e0000-0xa87f0000: . ... Program from 0x80ff0000-0x81000000 at 0xa87e0000: . finaliser en tapant exec RedBoot> fis load -l vmlinux.bin.l7 RedBoot> exec ====reflasher facilement une fonera avec ap51-flash-fonera==== (sous une architecture 64bit j' ai un probleme avec libpcap) ce merveilleux script qui nous viens tout droit de la communauté freifunk permet de reflasher une fonra ou le '''red boot''' serait deja '''activé.''' il suffit de se procurer ces trois fichiers ( dans le cas d un upgrade kamikaze par le vide ) * ap-51-flash [http://download.berlin.freifunk.net/fonera/ap51-flash-fonera-1.0-38] (la version a l'heure de lécriture de cette doc est 0.38) * kamiaze kernel [http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-vmlinux.lzma] * kamikaze fs [http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-root.squashfs] placer vous dans le dossier ou se trouve les trois fichiers et rendez executable ap51-flash $ chmod +x ap51-flash-fonera-1.0-38 et executez le script avec comme premier argument la carte reseau sur lequel est branché la fonera. '''ATTENTION!!''' il est important d utiliser un cable croisé de plus si votre lecteur dvd utilise redboot il risque d etre affecté :) la commande doit etre lancée avant la mise sous tension de la fonera # ./ap51-flash-fonera-1.0-38 eth2 openwrt-atheros-2.6-root.squashfs openwrt-atheros-2.6-vmlinux.lzma Reading rootfs file openwrt-atheros-2.6-root.squashfs with 1179648 bytes... Reading kernel file openwrt-atheros-2.6-vmlinux.lzma with 786432 bytes... rootfs(0x006e0000) + kernel(0x000c0000) + nvram(0x00000000) sums up to 0x007a000 !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.2 option netmask 255.255.255.0 option gateway 192.168.1.1 option dns 4.2.2.2 config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel 1 option agmode 11b option diversity 0 option txantenna 1 option rxantenna 1 # config wifi-iface option device wifi0 option network wlan option mode adhoc option ssid bombolong option hidden 0 option txpower 16 option encryption none option bssid ca:fe:ca:fe:ca:fe =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } un plugin pratique et decentralisé LoadPlugin "olsrd_nameservice.so.0.3" { PlParam "name" "panikv2" PlParam "hosts-file" "/var/etc/hosts" PlParam "suffix" ".bxl.rc" } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat ==config avancée== ===divers conseils concernant le mode ad-hoc=== ====carte a ne pas utiliser au mode ad-hoc==== *senao *orinoco ''conseil repris du forum openwrt ( par onebit)'' selon onebit, sous le mode ad-hoc. le matériel Broadcom (wrt54g etc...) n' a aucun problème, par contre les cartes atheros (meraki, routerboard + CM9) ont quelques problèmes. ====quelques conseils:==== * compiler kamikaze avec le "rate control" mis a "sample". Editez package/madwifi/Makefile et changez la valeur suivante. RATE_CONTROL:=sample * mettez la valeur de l option diversity a 0 dans /etc/config/wireless (le broadcast arrive dans une antenne) * fixez le bssid sur tout les noeuds (pour arreter la divergence--> impossible avec les senaos) * mettez les valeurs rts et frag a off (dans le "mesh mode" rts doit etre mis mais avec madwifi c est dur...) * fixez le channel (random madwifi segmentation if omitted) ** exemple du fichier /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option diversity 0 option txantenna 1 option rxantenna 1 option agmode 11g config wifi-iface option device wifi0 option mode adhoc option ssid XXX option hidden 0 option encryption wep option key XXXXXXXXXX option bssid AA:BB:CC:DD:EE:FF option txpower 18 #option rts 250 #option frag 256 '''a tester''' * pour le probleme de "ramping" "ath_mgtstart: discard, no xmit buf" #iwpriv ath0 uapsd 0 * pour allèger le problème de ramping (voir http://madwifi.org/ticket/1154) #iwpriv ath0 bintval 1000 * fixez le rate sur l'interface #iwconfig ath0 rate 12M ===mode ap et adhoc sur la meme interface=== afin que mamy puisse servire la communauté tout en surfant de son fauteuil fichiers /etc/config wireless ( le mode ap doit etre en premier ) root@philt:~# cat /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option agmode 11b option diversity 0 option txantenna 1 option rxantenna 1 # config wifi-iface option device wifi0 option network wlan0 option mode ap option ssid bombolongap option hidden 0 option txpower 16 option encryption none # config wifi-iface option device wifi0 option network wlan1 option mode adhoc option ssid bombolong option hidden 0 option txpower 16 option encryption none option bssid ca:fe:ca:fe:ca:fe fichier /etc/config/network root@philt:~# cat /etc/config/network # Copyright (C) 2006 OpenWrt.org config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config interface lan option ifname eth0 option proto static option ipaddr 192.168.0.137 option netmask 255.255.255.0 option gateway 192.168.0.133 option dns 4.2.2.2 # config interface wlan0 option ifname ath0 option proto static option ipaddr 169.254.93.1 option netmask 255.255.255.240 # config interface wlan1 option ifname ath1 option proto static option ipaddr 10.93.1.45 option netmask 255.255.255.0 modifiez le fichier de config olsr avec l interface ath1 dans ce cas ci et offrons un peu de dhcp au m$ de mamy en éditant le fichier: --dako 2007-12-14 1789 1788 2008-02-08T10:42:12Z Dako 4 wikitext text/x-wiki ==installer openwrt kamikaze pour x86== =====info-soekris===== [reglé] je comprend toujours pas mais la meme image que dans un wrap sur une soekris mais horriblement longtemps a booter [/reglé] ben voila ces quelques modification regle l affaire il suffit d editer /boot/grub/menulist seulement je ne le trouvait pas, c est parce qu il fallait le monter pour l editer. #mkdir /boot #mount /dev/hda1 /boot #vi /boot/boot/grub/menulist et modifez le debut du fichier telquel serial --unit=0 --speed=19200 --word=8 --parity=no --stop=1 terminal serial default 0 timeout 0 pour une soekris avec pcmcia installez : root@OpenWrt:~# ipkg install pcmcia-cs_3.2.8-1_mipsel.ipk Installing pcmcia-cs (3.2.8-1) to root... Configuring pcmcia-cs Done. root@OpenWrt:~# ipkg install kmod-pcmcia-core_2.4.34-brcm-1_mipsel.ipk Installing kmod-pcmcia-core (2.4.34-brcm-1) to root... Configuring kmod-pcmcia-core Done. =====info-alix===== les drivers ethernet ne sont pas pesent dans l'image de base openwrt il faut donc soit les copier sur la CF et a l aide d un cable serie les installer soit compiler a l aide du target "alix" present dans la version svn actuelle. =====info-wrap===== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.09/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 ===configurer=== vous voila loggé, !!avant toute chose n' oubliez pas d'attribuer un mot passe lors de la premiere connection en telnet. root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root =====installer les modules nécessaires====== installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 astuce2 avec atheros et le mode 11a l' option distance est importante. voir [[test athctrl]] exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option agmode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.agmode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== =====Olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } un plugin pratique et decentralisé LoadPlugin "olsrd_nameservice.so.0.3" { PlParam "name" "panikv2" PlParam "hosts-file" "/var/etc/hosts" PlParam "suffix" ".bxl.rc" } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable ====support ipv6==== #ipkg update && ipkg install kmod-ipv6 radvd ip kmod-ip6tables ip6tables ====asterisk==== (pas fini) une version pour la kamikaze actuelle est presente sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ les test sont en cours avec le paquet asterisk-mini ...a suivre (2007-12-14) ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install xinetd tftpd tftp un bon tuto pour faire un serveur tftp se trouve ici http://doc.ubuntu-fr.org/tftpd en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-root.squashfs wget http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-vmlinux.lzma cp openwrt-atheros-2.6-* /tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 (parfois il faut pas specifier le port ) pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> lo -r -b %{FREEMEMLO} openwrt-atheros-2.6-vmlinux.lzma Using default protocol (TFTP) Raw file loaded 0x80040800-0x801007ff, assumed entry at 0x80040800 RedBoot> fi cr -e 0x80041000 -r 0x80041000 vmlinux.bin.l7 ... Erase from 0xa8030000-0xa80f0000: ............ ... Program from 0x80040800-0x80100800 at 0xa8030000: ............ ... Erase from 0xa87e0000-0xa87f0000: . ... Program from 0x80ff0000-0x81000000 at 0xa87e0000: . patientez recalculont la memoire disponible RedBoot> fis free 0xA80F0000 .. 0xA87E0000 un petit calcul pour voir ou on commence l ecriture( avec bc) root@bolivar:~# bc bc 1.06 Copyright 1991-1994, 1997, 1998, 2000 Free Software Foundation, Inc. This is free software with ABSOLUTELY NO WARRANTY. For details type `warranty'. obase=16 ibase=16 A87E0000 -A80F0000 '''6F0000''' ensuite RedBoot> lo -r -b %{FREEMEMLO} openwrt-atheros-2.6-root.squashfs Using default protocol (TFTP) Raw file loaded 0x80040800-0x801607ff, assumed entry at 0x80040800 ici il faut adapter la valeur RedBoot> fi cr -l 0x6F0000 rootfs ... Erase from 0xa80f0000-0xa87e0000: ............................................................................................................... ... Program from 0x80040800-0x80160800 at 0xa80f0000: .................. ... Erase from 0xa87e0000-0xa87f0000: . ... Program from 0x80ff0000-0x81000000 at 0xa87e0000: . finaliser en tapant exec RedBoot> fis load -l vmlinux.bin.l7 RedBoot> exec ====reflasher facilement une fonera avec ap51-flash-fonera==== (sous une architecture 64bit j' ai un probleme avec libpcap) ce merveilleux script qui nous viens tout droit de la communauté freifunk permet de reflasher une fonra ou le '''red boot''' serait deja '''activé.''' il suffit de se procurer ces trois fichiers ( dans le cas d un upgrade kamikaze par le vide ) * ap-51-flash [http://download.berlin.freifunk.net/fonera/ap51-flash-fonera-1.0-38] (la version a l'heure de lécriture de cette doc est 0.38) * kamiaze kernel [http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-vmlinux.lzma] * kamikaze fs [http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-root.squashfs] placer vous dans le dossier ou se trouve les trois fichiers et rendez executable ap51-flash $ chmod +x ap51-flash-fonera-1.0-38 et executez le script avec comme premier argument la carte reseau sur lequel est branché la fonera. '''ATTENTION!!''' il est important d utiliser un cable croisé de plus si votre lecteur dvd utilise redboot il risque d etre affecté :) la commande doit etre lancée avant la mise sous tension de la fonera # ./ap51-flash-fonera-1.0-38 eth2 openwrt-atheros-2.6-root.squashfs openwrt-atheros-2.6-vmlinux.lzma Reading rootfs file openwrt-atheros-2.6-root.squashfs with 1179648 bytes... Reading kernel file openwrt-atheros-2.6-vmlinux.lzma with 786432 bytes... rootfs(0x006e0000) + kernel(0x000c0000) + nvram(0x00000000) sums up to 0x007a000 !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.2 option netmask 255.255.255.0 option gateway 192.168.1.1 option dns 4.2.2.2 config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel 1 option agmode 11b option diversity 0 option txantenna 1 option rxantenna 1 # config wifi-iface option device wifi0 option network wlan option mode adhoc option ssid bombolong option hidden 0 option txpower 16 option encryption none option bssid ca:fe:ca:fe:ca:fe =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } un plugin pratique et decentralisé LoadPlugin "olsrd_nameservice.so.0.3" { PlParam "name" "panikv2" PlParam "hosts-file" "/var/etc/hosts" PlParam "suffix" ".bxl.rc" } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat ==config avancée== ===divers conseils concernant le mode ad-hoc=== ====carte a ne pas utiliser au mode ad-hoc==== *senao *orinoco ''conseil repris du forum openwrt ( par onebit)'' selon onebit, sous le mode ad-hoc. le matériel Broadcom (wrt54g etc...) n' a aucun problème, par contre les cartes atheros (meraki, routerboard + CM9) ont quelques problèmes. ====quelques conseils:==== * compiler kamikaze avec le "rate control" mis a "sample". Editez package/madwifi/Makefile et changez la valeur suivante. RATE_CONTROL:=sample * mettez la valeur de l option diversity a 0 dans /etc/config/wireless (le broadcast arrive dans une antenne) * fixez le bssid sur tout les noeuds (pour arreter la divergence--> impossible avec les senaos) * mettez les valeurs rts et frag a off (dans le "mesh mode" rts doit etre mis mais avec madwifi c est dur...) * fixez le channel (random madwifi segmentation if omitted) ** exemple du fichier /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option diversity 0 option txantenna 1 option rxantenna 1 option agmode 11g config wifi-iface option device wifi0 option mode adhoc option ssid XXX option hidden 0 option encryption wep option key XXXXXXXXXX option bssid AA:BB:CC:DD:EE:FF option txpower 18 #option rts 250 #option frag 256 '''a tester''' * pour le probleme de "ramping" "ath_mgtstart: discard, no xmit buf" #iwpriv ath0 uapsd 0 * pour allèger le problème de ramping (voir http://madwifi.org/ticket/1154) #iwpriv ath0 bintval 1000 * fixez le rate sur l'interface #iwconfig ath0 rate 12M ===mode ap et adhoc sur la meme interface=== afin que mamy puisse servire la communauté tout en surfant de son fauteuil fichiers /etc/config wireless ( le mode ap doit etre en premier ) root@philt:~# cat /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option agmode 11b option diversity 0 option txantenna 1 option rxantenna 1 # config wifi-iface option device wifi0 option network wlan0 option mode ap option ssid bombolongap option hidden 0 option txpower 16 option encryption none # config wifi-iface option device wifi0 option network wlan1 option mode adhoc option ssid bombolong option hidden 0 option txpower 16 option encryption none option bssid ca:fe:ca:fe:ca:fe fichier /etc/config/network root@philt:~# cat /etc/config/network # Copyright (C) 2006 OpenWrt.org config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config interface lan option ifname eth0 option proto static option ipaddr 192.168.0.137 option netmask 255.255.255.0 option gateway 192.168.0.133 option dns 4.2.2.2 # config interface wlan0 option ifname ath0 option proto static option ipaddr 169.254.93.1 option netmask 255.255.255.240 # config interface wlan1 option ifname ath1 option proto static option ipaddr 10.93.1.45 option netmask 255.255.255.0 modifiez le fichier de config olsr avec l interface ath1 dans ce cas ci et offrons un peu de dhcp au m$ de mamy en éditant le fichier: --dako 2007-12-14 1802 1789 2008-12-10T23:19:47Z Dako 4 /* info-alix */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== =====info-soekris===== [reglé] je comprend toujours pas mais la meme image que dans un wrap sur une soekris mais horriblement longtemps a booter [/reglé] ben voila ces quelques modification regle l affaire il suffit d editer /boot/grub/menulist seulement je ne le trouvait pas, c est parce qu il fallait le monter pour l editer. #mkdir /boot #mount /dev/hda1 /boot #vi /boot/boot/grub/menulist et modifez le debut du fichier telquel serial --unit=0 --speed=19200 --word=8 --parity=no --stop=1 terminal serial default 0 timeout 0 pour une soekris avec pcmcia installez : root@OpenWrt:~# ipkg install pcmcia-cs_3.2.8-1_mipsel.ipk Installing pcmcia-cs (3.2.8-1) to root... Configuring pcmcia-cs Done. root@OpenWrt:~# ipkg install kmod-pcmcia-core_2.4.34-brcm-1_mipsel.ipk Installing kmod-pcmcia-core (2.4.34-brcm-1) to root... Configuring kmod-pcmcia-core Done. =====info-alix===== les drivers ethernet ne sont pas pesent dans l'image de base openwrt. il faut donc installer kmod-via-rhine sans carte réseau :) il faut donc soit les copier sur la CF et a l aide d un cable serie les installer soit compiler a l aide du target "alix" present dans la version svn actuelle. afin que les drivers soient déja présent après le flashage. =====info-wrap===== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.09/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 ===configurer=== vous voila loggé, !!avant toute chose n' oubliez pas d'attribuer un mot passe lors de la premiere connection en telnet. root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root =====installer les modules nécessaires====== installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 astuce2 avec atheros et le mode 11a l' option distance est importante. voir [[test athctrl]] exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option agmode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.agmode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== =====Olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } un plugin pratique et decentralisé LoadPlugin "olsrd_nameservice.so.0.3" { PlParam "name" "panikv2" PlParam "hosts-file" "/var/etc/hosts" PlParam "suffix" ".bxl.rc" } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable ====support ipv6==== #ipkg update && ipkg install kmod-ipv6 radvd ip kmod-ip6tables ip6tables ====asterisk==== (pas fini) une version pour la kamikaze actuelle est presente sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ les test sont en cours avec le paquet asterisk-mini ...a suivre (2007-12-14) ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install xinetd tftpd tftp un bon tuto pour faire un serveur tftp se trouve ici http://doc.ubuntu-fr.org/tftpd en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-root.squashfs wget http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-vmlinux.lzma cp openwrt-atheros-2.6-* /tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 (parfois il faut pas specifier le port ) pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> lo -r -b %{FREEMEMLO} openwrt-atheros-2.6-vmlinux.lzma Using default protocol (TFTP) Raw file loaded 0x80040800-0x801007ff, assumed entry at 0x80040800 RedBoot> fi cr -e 0x80041000 -r 0x80041000 vmlinux.bin.l7 ... Erase from 0xa8030000-0xa80f0000: ............ ... Program from 0x80040800-0x80100800 at 0xa8030000: ............ ... Erase from 0xa87e0000-0xa87f0000: . ... Program from 0x80ff0000-0x81000000 at 0xa87e0000: . patientez recalculont la memoire disponible RedBoot> fis free 0xA80F0000 .. 0xA87E0000 un petit calcul pour voir ou on commence l ecriture( avec bc) root@bolivar:~# bc bc 1.06 Copyright 1991-1994, 1997, 1998, 2000 Free Software Foundation, Inc. This is free software with ABSOLUTELY NO WARRANTY. For details type `warranty'. obase=16 ibase=16 A87E0000 -A80F0000 '''6F0000''' ensuite RedBoot> lo -r -b %{FREEMEMLO} openwrt-atheros-2.6-root.squashfs Using default protocol (TFTP) Raw file loaded 0x80040800-0x801607ff, assumed entry at 0x80040800 ici il faut adapter la valeur RedBoot> fi cr -l 0x6F0000 rootfs ... Erase from 0xa80f0000-0xa87e0000: ............................................................................................................... ... Program from 0x80040800-0x80160800 at 0xa80f0000: .................. ... Erase from 0xa87e0000-0xa87f0000: . ... Program from 0x80ff0000-0x81000000 at 0xa87e0000: . finaliser en tapant exec RedBoot> fis load -l vmlinux.bin.l7 RedBoot> exec ====reflasher facilement une fonera avec ap51-flash-fonera==== (sous une architecture 64bit j' ai un probleme avec libpcap) ce merveilleux script qui nous viens tout droit de la communauté freifunk permet de reflasher une fonra ou le '''red boot''' serait deja '''activé.''' il suffit de se procurer ces trois fichiers ( dans le cas d un upgrade kamikaze par le vide ) * ap-51-flash [http://download.berlin.freifunk.net/fonera/ap51-flash-fonera-1.0-38] (la version a l'heure de lécriture de cette doc est 0.38) * kamiaze kernel [http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-vmlinux.lzma] * kamikaze fs [http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-root.squashfs] placer vous dans le dossier ou se trouve les trois fichiers et rendez executable ap51-flash $ chmod +x ap51-flash-fonera-1.0-38 et executez le script avec comme premier argument la carte reseau sur lequel est branché la fonera. '''ATTENTION!!''' il est important d utiliser un cable croisé de plus si votre lecteur dvd utilise redboot il risque d etre affecté :) la commande doit etre lancée avant la mise sous tension de la fonera # ./ap51-flash-fonera-1.0-38 eth2 openwrt-atheros-2.6-root.squashfs openwrt-atheros-2.6-vmlinux.lzma Reading rootfs file openwrt-atheros-2.6-root.squashfs with 1179648 bytes... Reading kernel file openwrt-atheros-2.6-vmlinux.lzma with 786432 bytes... rootfs(0x006e0000) + kernel(0x000c0000) + nvram(0x00000000) sums up to 0x007a000 !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.2 option netmask 255.255.255.0 option gateway 192.168.1.1 option dns 4.2.2.2 config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel 1 option agmode 11b option diversity 0 option txantenna 1 option rxantenna 1 # config wifi-iface option device wifi0 option network wlan option mode adhoc option ssid bombolong option hidden 0 option txpower 16 option encryption none option bssid ca:fe:ca:fe:ca:fe =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } un plugin pratique et decentralisé LoadPlugin "olsrd_nameservice.so.0.3" { PlParam "name" "panikv2" PlParam "hosts-file" "/var/etc/hosts" PlParam "suffix" ".bxl.rc" } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat ==config avancée== ===divers conseils concernant le mode ad-hoc=== ====carte a ne pas utiliser au mode ad-hoc==== *senao *orinoco ''conseil repris du forum openwrt ( par onebit)'' selon onebit, sous le mode ad-hoc. le matériel Broadcom (wrt54g etc...) n' a aucun problème, par contre les cartes atheros (meraki, routerboard + CM9) ont quelques problèmes. ====quelques conseils:==== * compiler kamikaze avec le "rate control" mis a "sample". Editez package/madwifi/Makefile et changez la valeur suivante. RATE_CONTROL:=sample * mettez la valeur de l option diversity a 0 dans /etc/config/wireless (le broadcast arrive dans une antenne) * fixez le bssid sur tout les noeuds (pour arreter la divergence--> impossible avec les senaos) * mettez les valeurs rts et frag a off (dans le "mesh mode" rts doit etre mis mais avec madwifi c est dur...) * fixez le channel (random madwifi segmentation if omitted) ** exemple du fichier /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option diversity 0 option txantenna 1 option rxantenna 1 option agmode 11g config wifi-iface option device wifi0 option mode adhoc option ssid XXX option hidden 0 option encryption wep option key XXXXXXXXXX option bssid AA:BB:CC:DD:EE:FF option txpower 18 #option rts 250 #option frag 256 '''a tester''' * pour le probleme de "ramping" "ath_mgtstart: discard, no xmit buf" #iwpriv ath0 uapsd 0 * pour allèger le problème de ramping (voir http://madwifi.org/ticket/1154) #iwpriv ath0 bintval 1000 * fixez le rate sur l'interface #iwconfig ath0 rate 12M ===mode ap et adhoc sur la meme interface=== afin que mamy puisse servire la communauté tout en surfant de son fauteuil fichiers /etc/config wireless ( le mode ap doit etre en premier ) root@philt:~# cat /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option agmode 11b option diversity 0 option txantenna 1 option rxantenna 1 # config wifi-iface option device wifi0 option network wlan0 option mode ap option ssid bombolongap option hidden 0 option txpower 16 option encryption none # config wifi-iface option device wifi0 option network wlan1 option mode adhoc option ssid bombolong option hidden 0 option txpower 16 option encryption none option bssid ca:fe:ca:fe:ca:fe fichier /etc/config/network root@philt:~# cat /etc/config/network # Copyright (C) 2006 OpenWrt.org config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config interface lan option ifname eth0 option proto static option ipaddr 192.168.0.137 option netmask 255.255.255.0 option gateway 192.168.0.133 option dns 4.2.2.2 # config interface wlan0 option ifname ath0 option proto static option ipaddr 169.254.93.1 option netmask 255.255.255.240 # config interface wlan1 option ifname ath1 option proto static option ipaddr 10.93.1.45 option netmask 255.255.255.0 modifiez le fichier de config olsr avec l interface ath1 dans ce cas ci et offrons un peu de dhcp au m$ de mamy en éditant le fichier: --dako 2007-12-14 1803 1802 2008-12-20T21:20:52Z Dako 4 /* installer openwrt kamikaze pour fonera */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== =====info-soekris===== [reglé] je comprend toujours pas mais la meme image que dans un wrap sur une soekris mais horriblement longtemps a booter [/reglé] ben voila ces quelques modification regle l affaire il suffit d editer /boot/grub/menulist seulement je ne le trouvait pas, c est parce qu il fallait le monter pour l editer. #mkdir /boot #mount /dev/hda1 /boot #vi /boot/boot/grub/menulist et modifez le debut du fichier telquel serial --unit=0 --speed=19200 --word=8 --parity=no --stop=1 terminal serial default 0 timeout 0 pour une soekris avec pcmcia installez : root@OpenWrt:~# ipkg install pcmcia-cs_3.2.8-1_mipsel.ipk Installing pcmcia-cs (3.2.8-1) to root... Configuring pcmcia-cs Done. root@OpenWrt:~# ipkg install kmod-pcmcia-core_2.4.34-brcm-1_mipsel.ipk Installing kmod-pcmcia-core (2.4.34-brcm-1) to root... Configuring kmod-pcmcia-core Done. =====info-alix===== les drivers ethernet ne sont pas pesent dans l'image de base openwrt. il faut donc installer kmod-via-rhine sans carte réseau :) il faut donc soit les copier sur la CF et a l aide d un cable serie les installer soit compiler a l aide du target "alix" present dans la version svn actuelle. afin que les drivers soient déja présent après le flashage. =====info-wrap===== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.09/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 ===configurer=== vous voila loggé, !!avant toute chose n' oubliez pas d'attribuer un mot passe lors de la premiere connection en telnet. root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root =====installer les modules nécessaires====== installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 astuce2 avec atheros et le mode 11a l' option distance est importante. voir [[test athctrl]] exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option agmode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.agmode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== =====Olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } un plugin pratique et decentralisé LoadPlugin "olsrd_nameservice.so.0.3" { PlParam "name" "panikv2" PlParam "hosts-file" "/var/etc/hosts" PlParam "suffix" ".bxl.rc" } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable ====support ipv6==== #ipkg update && ipkg install kmod-ipv6 radvd ip kmod-ip6tables ip6tables ====asterisk==== (pas fini) une version pour la kamikaze actuelle est presente sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ les test sont en cours avec le paquet asterisk-mini ...a suivre (2007-12-14) ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera pour utiliser une autre fonera pour se connecter en port série ( si l'on a pas la puce max323) http://www.jopa.fr/index.php/2008/10/04/acceder-au-port-console-de-la-fonera-depuis-une-autre-fonera/ ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install xinetd tftpd tftp un bon tuto pour faire un serveur tftp se trouve ici http://doc.ubuntu-fr.org/tftpd en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-root.squashfs wget http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-vmlinux.lzma cp openwrt-atheros-2.6-* /tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 (parfois il faut pas specifier le port ) pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> lo -r -b %{FREEMEMLO} openwrt-atheros-2.6-vmlinux.lzma Using default protocol (TFTP) Raw file loaded 0x80040800-0x801007ff, assumed entry at 0x80040800 RedBoot> fi cr -e 0x80041000 -r 0x80041000 vmlinux.bin.l7 ... Erase from 0xa8030000-0xa80f0000: ............ ... Program from 0x80040800-0x80100800 at 0xa8030000: ............ ... Erase from 0xa87e0000-0xa87f0000: . ... Program from 0x80ff0000-0x81000000 at 0xa87e0000: . patientez recalculont la memoire disponible RedBoot> fis free 0xA80F0000 .. 0xA87E0000 un petit calcul pour voir ou on commence l ecriture( avec bc) root@bolivar:~# bc bc 1.06 Copyright 1991-1994, 1997, 1998, 2000 Free Software Foundation, Inc. This is free software with ABSOLUTELY NO WARRANTY. For details type `warranty'. obase=16 ibase=16 A87E0000 -A80F0000 '''6F0000''' ensuite RedBoot> lo -r -b %{FREEMEMLO} openwrt-atheros-2.6-root.squashfs Using default protocol (TFTP) Raw file loaded 0x80040800-0x801607ff, assumed entry at 0x80040800 ici il faut adapter la valeur RedBoot> fi cr -l 0x6F0000 rootfs ... Erase from 0xa80f0000-0xa87e0000: ............................................................................................................... ... Program from 0x80040800-0x80160800 at 0xa80f0000: .................. ... Erase from 0xa87e0000-0xa87f0000: . ... Program from 0x80ff0000-0x81000000 at 0xa87e0000: . finaliser en tapant exec RedBoot> fis load -l vmlinux.bin.l7 RedBoot> exec ====reflasher facilement une fonera avec ap51-flash-fonera==== (sous une architecture 64bit j' ai un probleme avec libpcap) ce merveilleux script qui nous viens tout droit de la communauté freifunk permet de reflasher une fonra ou le '''red boot''' serait deja '''activé.''' il suffit de se procurer ces trois fichiers ( dans le cas d un upgrade kamikaze par le vide ) * ap-51-flash [http://download.berlin.freifunk.net/fonera/ap51-flash-fonera-1.0-38] (la version a l'heure de lécriture de cette doc est 0.38) * kamiaze kernel [http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-vmlinux.lzma] * kamikaze fs [http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-root.squashfs] placer vous dans le dossier ou se trouve les trois fichiers et rendez executable ap51-flash $ chmod +x ap51-flash-fonera-1.0-38 et executez le script avec comme premier argument la carte reseau sur lequel est branché la fonera. '''ATTENTION!!''' il est important d utiliser un cable croisé de plus si votre lecteur dvd utilise redboot il risque d etre affecté :) la commande doit etre lancée avant la mise sous tension de la fonera # ./ap51-flash-fonera-1.0-38 eth2 openwrt-atheros-2.6-root.squashfs openwrt-atheros-2.6-vmlinux.lzma Reading rootfs file openwrt-atheros-2.6-root.squashfs with 1179648 bytes... Reading kernel file openwrt-atheros-2.6-vmlinux.lzma with 786432 bytes... rootfs(0x006e0000) + kernel(0x000c0000) + nvram(0x00000000) sums up to 0x007a000 !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.2 option netmask 255.255.255.0 option gateway 192.168.1.1 option dns 4.2.2.2 config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel 1 option agmode 11b option diversity 0 option txantenna 1 option rxantenna 1 # config wifi-iface option device wifi0 option network wlan option mode adhoc option ssid bombolong option hidden 0 option txpower 16 option encryption none option bssid ca:fe:ca:fe:ca:fe =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } un plugin pratique et decentralisé LoadPlugin "olsrd_nameservice.so.0.3" { PlParam "name" "panikv2" PlParam "hosts-file" "/var/etc/hosts" PlParam "suffix" ".bxl.rc" } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat ==config avancée== ===divers conseils concernant le mode ad-hoc=== ====carte a ne pas utiliser au mode ad-hoc==== *senao *orinoco ''conseil repris du forum openwrt ( par onebit)'' selon onebit, sous le mode ad-hoc. le matériel Broadcom (wrt54g etc...) n' a aucun problème, par contre les cartes atheros (meraki, routerboard + CM9) ont quelques problèmes. ====quelques conseils:==== * compiler kamikaze avec le "rate control" mis a "sample". Editez package/madwifi/Makefile et changez la valeur suivante. RATE_CONTROL:=sample * mettez la valeur de l option diversity a 0 dans /etc/config/wireless (le broadcast arrive dans une antenne) * fixez le bssid sur tout les noeuds (pour arreter la divergence--> impossible avec les senaos) * mettez les valeurs rts et frag a off (dans le "mesh mode" rts doit etre mis mais avec madwifi c est dur...) * fixez le channel (random madwifi segmentation if omitted) ** exemple du fichier /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option diversity 0 option txantenna 1 option rxantenna 1 option agmode 11g config wifi-iface option device wifi0 option mode adhoc option ssid XXX option hidden 0 option encryption wep option key XXXXXXXXXX option bssid AA:BB:CC:DD:EE:FF option txpower 18 #option rts 250 #option frag 256 '''a tester''' * pour le probleme de "ramping" "ath_mgtstart: discard, no xmit buf" #iwpriv ath0 uapsd 0 * pour allèger le problème de ramping (voir http://madwifi.org/ticket/1154) #iwpriv ath0 bintval 1000 * fixez le rate sur l'interface #iwconfig ath0 rate 12M ===mode ap et adhoc sur la meme interface=== afin que mamy puisse servire la communauté tout en surfant de son fauteuil fichiers /etc/config wireless ( le mode ap doit etre en premier ) root@philt:~# cat /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option agmode 11b option diversity 0 option txantenna 1 option rxantenna 1 # config wifi-iface option device wifi0 option network wlan0 option mode ap option ssid bombolongap option hidden 0 option txpower 16 option encryption none # config wifi-iface option device wifi0 option network wlan1 option mode adhoc option ssid bombolong option hidden 0 option txpower 16 option encryption none option bssid ca:fe:ca:fe:ca:fe fichier /etc/config/network root@philt:~# cat /etc/config/network # Copyright (C) 2006 OpenWrt.org config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config interface lan option ifname eth0 option proto static option ipaddr 192.168.0.137 option netmask 255.255.255.0 option gateway 192.168.0.133 option dns 4.2.2.2 # config interface wlan0 option ifname ath0 option proto static option ipaddr 169.254.93.1 option netmask 255.255.255.240 # config interface wlan1 option ifname ath1 option proto static option ipaddr 10.93.1.45 option netmask 255.255.255.0 modifiez le fichier de config olsr avec l interface ath1 dans ce cas ci et offrons un peu de dhcp au m$ de mamy en éditant le fichier: --dako 2007-12-14 0 1 1777 1736 2008-01-26T18:40:12Z Dako 4 wikitext text/x-wiki = About this Wiki = This wiki has been initially setup to support the design and the development of [[Bubble]] version 2. Over time, it became the host of other projects loosely coupled to [http://www.reseaucitoyen.be RéseauCitoyen]. = Contents = * [[Bubble]]: a mini Linux distribution designed to run a wireless [http://www.reseaucitoyen.be RéseauCitoyen] node. * [[RC-1000]]: transform an Orinoco RG-1000 into a [http://www.reseaucitoyen.be RéseauCitoyen] node * [[Opération Panik]]: audio streaming for [http://www.reseaucitoyen.be RéseauCitoyen] Testimonial * [[Gestion RéseauCitoyen]]: node logbook * [[Wrt Citoyen]]: some notes about running AODV-UU / OLSR on [http://openwrt.org OpenWrt] * [[Wrt Freinfunk]] comment migrer de openwrt a freifunk facilement. * [[Noeud Bulles]]: this wiki is also the main site of the bulles.bxl.rc [http://www.reseaucitoyen.be RéseauCitoyen] node. * [[Bering-uClibc]]: build a [http://www.reseaucitoyen.be RéseauCitoyen] on top of [[Bering-uClibc]] * [[Test Divers]]: some test and their results * [[RcTools]] * [[Kamikaze]] configurer kamikaze pour un wrap et fonera * [[Asterisk]] pbx iax et autres * [[RcNg]] 0 1353 1790 1696 2008-02-28T13:19:26Z Dako 4 wikitext text/x-wiki ===Todo=== * [[olsr.conf]] generique * repositories avec des paquets precompilés des versions a jour d [[olsrd]] voir http://open-mesh.net/optimized-link-state-routing-deamon * une image kamikaze preconfiguré pour rc * un systeme de gestion des ips ( pour l instant il y a un [[fichiershostsrc]] * fonera easy rcflash :) [[foneraxprmntl]] * une page claire qui explique l adressage ip. [[attributionsIp]] * [[avahi]] ===do=== * [[rcng.olsr.conf]] * un bon tuto pour kamikaze (soekris,alix,wrap,fonera) 1791 1790 2008-02-28T13:20:46Z Dako 4 wikitext text/x-wiki ===Todo=== * [[olsr.conf]] generique * repositories avec des paquets precompilés des versions a jour d [[olsrd]] voir http://open-mesh.net/optimized-link-state-routing-deamon * une image kamikaze preconfiguré pour rc * un systeme de gestion des ips ( pour l instant il y a un [[fichiershostsrc]] * fonera easy rcflash :) [[foneraxprmntl]] * une page claire qui explique l adressage ip. [[attributionsIp]] * [[avahi]] ===do=== * [[rcng.olsr.conf]] * [[Kamikaze]] un bon tuto pour kamikaze (soekris,alix,wrap,fonera) 1811 1791 2009-01-06T08:35:56Z Dako 4 wikitext text/x-wiki ===do=== * [[rcng.olsr.conf]] ( la page de brouillon est [[olsr.conf]] * [[Kamikaze]] un bon tuto pour kamikaze (soekris,alix,wrap,fonera) * les ip's sont centralisées [http://reseaucitoyen.be/wiki/index.php/Proposition_de_solidification_d%27un_mesh_et_passage_%C3%A0_un_r%C3%A9seau_utilisable ici] ( un backup est copié en local a la page [[Structure_actuelle_du_reseau]] et un autre backup est présent sur le site de wireless antwerpen [http://www.wirelessbelgie.be/reseau_citoyen.htm hier]) ===Todo=== *tuto configurer freifunk pour rc * repositories avec des paquets precompilés des versions a jour d [[olsrd]] voir http://open-mesh.net/optimized-link-state-routing-deamon * une image kamikaze preconfiguré pour rc (disponible sur demande a dako ar0b4sse lecurie.org * un meilleur systeme de gestion des ips ( pour l instant il y a un [[fichiershostsrc]] mais l'ip6 semble prêt nous presque mais là il faudra de l'aide. * une page claire qui explique l adressage ip. [[attributionsIp]] * [[avahi]] (pourait servir vu qu' il a l'air d'évoluer) a connecter des gens hors rc sans trop de problème d' attribution d'ip. 1812 1811 2009-01-06T08:36:25Z Dako 4 wikitext text/x-wiki ===do=== * [[rcng.olsr.conf]] ( la page de brouillon est [[olsr.conf]]) * [[Kamikaze]] un bon tuto pour kamikaze (soekris,alix,wrap,fonera) * les ip's sont centralisées [http://reseaucitoyen.be/wiki/index.php/Proposition_de_solidification_d%27un_mesh_et_passage_%C3%A0_un_r%C3%A9seau_utilisable ici] ( un backup est copié en local a la page [[Structure_actuelle_du_reseau]] et un autre backup est présent sur le site de wireless antwerpen [http://www.wirelessbelgie.be/reseau_citoyen.htm hier]) ===Todo=== *tuto configurer freifunk pour rc * repositories avec des paquets precompilés des versions a jour d [[olsrd]] voir http://open-mesh.net/optimized-link-state-routing-deamon * une image kamikaze preconfiguré pour rc (disponible sur demande a dako ar0b4sse lecurie.org * un meilleur systeme de gestion des ips ( pour l instant il y a un [[fichiershostsrc]] mais l'ip6 semble prêt nous presque mais là il faudra de l'aide. * une page claire qui explique l adressage ip. [[attributionsIp]] * [[avahi]] (pourait servir vu qu' il a l'air d'évoluer) a connecter des gens hors rc sans trop de problème d' attribution d'ip. 0 1364 1792 2008-02-28T13:22:00Z Dako 4 wikitext text/x-wiki DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "eth1" { } 1793 1792 2008-02-28T13:26:49Z Dako 4 wikitext text/x-wiki ====la base==== DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "eth1" { } ====les plugins==== ===httpinfo=== LoadPlugin "olsrd_httpinfo.so.0.1" { PlParam "port" "8080" PlParam "Net" "10.0.0.0 255.0.0.0" ===hna=== Hna4 { 0.0.0.0 0.0.0.0 } ===dotdraw=== ===nameservice=== 1794 1793 2008-02-28T13:27:16Z Dako 4 wikitext text/x-wiki ====la base==== DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "eth1" { } ====les plugins==== ===httpinfo=== LoadPlugin "olsrd_httpinfo.so.0.1" { PlParam "port" "8080" PlParam "Net" "10.0.0.0 255.0.0.0" ===hna=== Hna4 { 0.0.0.0 0.0.0.0 } ===dotdraw=== ===nameservice=== 1795 1794 2008-02-28T13:28:53Z Dako 4 wikitext text/x-wiki ====la base==== DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "eth1" { } ====les plugins==== ===httpinfo=== LoadPlugin "olsrd_httpinfo.so.0.1" { PlParam "port" "8080" PlParam "Net" "10.0.0.0 255.0.0.0" } ===hna=== Hna4 { 0.0.0.0 0.0.0.0 } ===dotdraw=== ===nameservice=== 1796 1795 2008-02-28T13:31:13Z Dako 4 wikitext text/x-wiki ====la base==== DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "eth1" { } ====les plugins==== ===httpinfo=== LoadPlugin "olsrd_httpinfo.so.0.1" { PlParam "port" "8080" PlParam "Net" "10.0.0.0 255.0.0.0" } ===hna=== Hna4 { 0.0.0.0 0.0.0.0 } ===dotdraw=== ===nameservice=== LoadPlugin "olsrd_nameservice.so.0.3" { PlParam "name" "panikv2" PlParam "hosts-file" "/var/etc/hosts" PlParam "suffix" ".bxl.rc" } 1797 1796 2008-02-28T13:33:03Z Dako 4 wikitext text/x-wiki ====la base==== DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "eth1" { } ====les plugins==== ===httpinfo=== LoadPlugin "olsrd_httpinfo.so.0.1" { PlParam "port" "8080" PlParam "Net" "10.0.0.0 255.0.0.0" } ===hna=== Hna4 { 0.0.0.0 0.0.0.0 } !! attention cet exemple de config hna vous annonce comme une passerelle vers l internet. ===dotdraw=== ===nameservice=== LoadPlugin "olsrd_nameservice.so.0.3" { PlParam "name" "panikv2" PlParam "hosts-file" "/var/etc/hosts" PlParam "suffix" ".bxl.rc" } 0 1311 1798 1527 2008-12-05T21:45:49Z Dako 4 wikitext text/x-wiki = Journaux d'intervention en Ligne = - [[structure actuelle du reseau]](2008-12-05) Journaux d'interventions de noeuds [http://reseaucitoyen.be ReseauCitoyen] disponibles sur ce wiki: * [[Gestion Josaphat]] * [[Gestion Panik]] * [[Gestion Divers]] (interventions sur des noeuds en test) * [[Gestion Okno]] * [[Gestion P&V]] * [[Gestion PointDom]] * [[Gestion Amalia]] * [[Gestion Matinal]] [[Category:Opération Panik]] [[Category:Gestion RéseauCitoyen]] 0 1365 1799 2008-12-05T21:54:56Z Dako 4 wikitext text/x-wiki = Address Plan = === Besoins === Voici les differents besoins identifiés: * Configuration aisée des clients. (DHCP) * Reseau de management comprenant tout les noeuds principaux. * Petits sous-réseaux permettant l'interconnexion et le routage aisé de deux nodes ou plus. * Pouvoir facilement interconnecter deux nodes via une connexion filaire afin de consommer moins de bande passante sans fil. (Interconnexion de deux nodes) * DNS dans le réseau citoyen ? (preconisation de r-c.be pour le DNS interne, c'est plus court que reseaucitoyen.be :p) === Terminologie === * Management Network: Réseau composé uniquement des équipements réseaux (WRT, Routeurs, ...). * Node Network: Réseau associé a une node en particulier, plus la node est populaire, plus le réseau sera grand. (/28, /27, /24) * Peering Network: Réseau sous découpé en petit réseaux pouvant être réservés au cas par cas pour l'interconnexion et le routage aisé de deux nodes ou plus. === Concrêtement === Concrêtement, le réseau général de la ville (/16) sera composé d'une part d'un réseau moyen (/24) dédié a l'administration des équipements réseaux et d'autre part de petit sous-réseaux (/24, /27) découpés en fonction de la popularité et de l'importance du noeud sur lequel il sera utilisé. Dans chaque "Access Network", un server DHCP pourra être mis en place par le mainteneur de ce noeud. Toutefois, on veillera a n'utiliser qu'un serveur DHCP par réseau. Par convention, on installera celui-ci sur la dernière IP disponible du réseau concerné. (souvent .254) Aucun DHCP ne sera présent dans le Management Network et la réservation des ip de celui-ci s'effectuera via une page wiki référencée sur cette même page. Avec cette segmentation, l'ajout d'un DNS global et hierarchique peut être facilement envisagé: * lg.r-c.be: dns principal de liège. ** kennedy.lg.r-c.be: noeud kennedy. ** longdoz.lg.r-c.be: noeud longdoz. ** etc... * De la même manière un reverse dns est envisageable... * Une décentralisation maximale de ces DNS est a prévoir... == Pratique == === Les sous-reseaux === ReseauCitoyen 10.91.0.0/16 /27 Peerings (Routing)? FUTUR ReseauCitoyen 10.93.0.0/16 /27 Omnis (Usage) UTILISE ReseauCitoyen 10.94.0.0/16 /27 Omnis (Usage) FUTUR ReseauCitoyen 10.95.0.0/16 /27 Omnis (Usage) FUTUR Detached 10.97.0.0/16 /24 http://www.detached.be joris@linux.be Stefan:Doesn't exist anymore WirelessAntwerpen 10.98.0.0/16 /24 http://www.wirelessantwerpen.be info@wirelessantwerpen.be WirelessCity 10.99.0.0/16 /24 http://www.wireless-city.be info@wireless-city.be = Les IPs = ( Voir pour merger ici la page: [[RCF]] ) il est bien sur logique de completer cette page avant de migrer et non après == Bruxelles,Brussel == * 10.93.0.0/16 Brussels' main network. ===Pour les OMNI channel1 essid bombolong un /22 devrait suffire en attendant=== dans un second temps il serait envisageable d' utiliser des outils comme [[ZeroConf|avahi,apipa,zeroconf,bonjour,...]] on en discutera. Il serait mieux de mettre les omnis dans une /22 allouee a la fin de la /16 de ReseauCitoyen: Netmask: 255.255.252.0 = 22 Network: 10.93.252.0/22 !00001010.01011101.111111 00.00000000 HostMin: 10.93.252.1 !00001010.01011101.111111 00.00000001 HostMax: 10.93.255.254 !00001010.01011101.111111 11.11111110 Broadcast: 10.93.255.255 !00001010.01011101.111111 11.11111111 Hosts/Net: 1022 Class A, Private Internet Configuration actuelle très très très temporaire/instable ... : à corriger au fur et à mesure des changements svp : ** 10.93.1.0/24 channel1 essid bombolong (G Omni). *** 10.93.1.1 josaphat Omni 2.4 *** 10.93.252.2 PeTv connecte a la rue de molenbeek newreal amalia *** 10.93.252.3 Atelier ( rue de molenbeek ) mac:00:0f:66:c8:ac:c8 *** 10.93.1.4 Matinal *** 10.93.252.5 Amalia *** 10.93.1.6 Newreal *** 10.93.1.7 atelier-bis *** 10.93.1.8 Newreal bis *** 10.93.1.9 ChienVert *** 10.93.252.10 LaekenStation mac:00:16:b6:d9:44:61 *** 10.93.252.11 Olme *** 10.93.1.12 botatv ( Boulevard Saint Lazarre 1210 Saint Josse | rubber duck 7dbi) *** 10.93.1.13 denswrt *** 10.93.1.14 panik mac:06:18:84:19:3B:95 lan:192.168.1.14 (f0n) *** 10.93.1.15 bossuet *** 10.93.1.16 ivan *** 10.93.1.17 madou *** 10.93.1.18 ministere *** 10.93.1.19 okno mac:00:02:6f:36:8e:82 *** 10.93.1.20 pointdom *** 10.93.1.21 philantropie *** 10.93.1.22 bulles *** 10.93.1.23 so-on (A.M.) *** 10.93.1.24 svenontheroof *** 10.93.1.25 svenwrt *** 10.93.1.26 wlhdd (travelnode) *** 10.93.1.27 wl500g *** 10.93.1.28 aumale *** 10.93.1.29 ruedemerode *** 10.93.1.30 fontainas *** 10.93.1.31 imke *** 10.93.1.32 imke2 *** 10.93.1.33 botatv2 (omni 7dbi + usb) *** 10.93.1.34 leysin *** 10.93.1.35 hotel *** 10.93.1.36 sourcenode *** 10.93.1.37 clementine *** 10.93.1.38 Morgiver *** 10.93.1.39 bombofon39 *** 10.93.1.40 bombofon40 *** 10.93.1.41 oldRCwrtFirmware *** 10.93.1.42 inconnumais dans les routes *** 10.93.1.43 desmeth *** 10.93.1.44 washington *** 10.93.1.45 philT *** 10.93.1.46 bombofon46OK *** 10.93.1.47 bombofon47OK *** 10.93.1.48 bombofon48OK *** 10.93.1.49 bombofon49OK *** 10.93.1.50 bombofon50OK *** 10.93.1.51 bombofon51OK *** 10.93.1.52 bombofon52OK *** 10.93.1.53 bombofon53OK *** 10.93.1.54 ViaducV2 *** 10.93.1.55 botafon *** 10.93.1.56 hottat *** 10.93.252.57 cheypas-bombolong *** 10.93.1.58 samuxl *** 10.93.1.59 noone *** 10.93.1.60 Batman *** 10.93.1.61 SaidD-point_back *** 10.93.1.62 SaidD-point_back02 *** 10.93.1.63 SaidD-point_back03 *** 10.93.1.64 SaidD-wrt *** 10.93.1.65 fonerapotagere mac: *** 10.93.1.66 Pbook *** 10.93.1.67 WAP54G *** 10.93.1.68 manoubombolong *** 10.93.1.69 fon7.09test *** 10.93.1.70 wrtrctester mac: *** 10.93.1.71 wrtsanslan mac:00:0F:66:A0:F9:57 *** 10.93.1.72 elisa *** 10.93.1.73 interface3 mac:00:14:BF:C4:EF:27 *** 10.93.1.74 radiophonics'brigitinnesnodes' *** 10.93.1.75 limite *** 10.93.1.76 minfin *** 10.93.1.77 haltebus *** 10.93.1.78 potagerad-hocwrt mac: 00:14:BF:C4:D1:45 *** 10.93.1.79 lahaag-flyonthewall *** 10.93.1.80 berthelot ( forest ) *** 10.93.1.81 wlhmd-cam1 (okno) *** 10.93.1.82 wlhmd-cam2 (okno) *** 10.93.1.83 wlhmd-ard1 (okno) *** 10.93.1.84 wlhmd-ezstream (okno) *** 10.93.1.85 wlhmd (okno) *** 10.93.1.86 wlhmd (okno) *** 10.93.1.87 lahaag-2 *** 10.93.1.88 PEL46 *** 10.93.1.89 wlhmd-89 (okno) *** 10.93.1.90 wlhmd-90 (okno) *** 10.93.1.91 wlhmd-91 (okno) *** 10.93.1.92 side-laptop *** 10.93.1.93 edwin *** 10.93.1.94 Olli *** 10.93.1.95 pouleNoire *** 10.93.1.96 newWRT *** 10.93.1.97 wlhmd-97 (okno) *** 10.93.1.98 wlhmd-98 (okno) *** 10.93.1.99 wlhmd-99 (okno) *** 10.93.1.100 aGS *** 10.93.1.101 [[Utilisateur:Juego|Juego]] *** 10.93.1.102 [[Utilisateur:Juego|Juego]] *** 10.93.1.103 InstitutStJoseph *** 10.93.1.104 ERG1 *** 10.93.1.105 ERG2 *** 10.93.1.106 ERG3 *** 10.93.1.107 bowrt *** 10.93.1.111 Okno-in *** 10.93.1.124 SvenPhone *** 10.93.1.145 philTmobile ===Pour les renfort en 5ghz et 2.4ghz=== ** 10.93.0.0/27 Cheypas *** 10.93.0.2 chokotoff *** 10.93.0.3 petv2cheypas ** 10.93.0.32/27 PeTv *** 10.93.0.33 petvwepch11 *** 10.93.0.34 rmolenwepch11 *** 10.93.0.35 Cheypas (G Yagi) ** 10.93.0.64/27 Rmolen lan inter-nodes *** 10.93.0.65 Rmolen5g-lan *** 10.93.0.66 Rmolench1-lan *** 10.93.0.67 Rmolench1bis-lan *** 10.93.0.68 rmolench11-lan *** 10.93.0.69 sipcli-lan *** 10.93.0.70 sip2cli-lan *** 10.93.0.71 bombofon39lan *** 10.93.0.72 bmobofon40lan *** 10.93.0.73 rttserverasterisk ** 10.93.0.96/27 5ghz josaphatmaster (Netmask: 255.255.255.224, Broadcast: 10.93.0.127) *** 10.93.0.97 5ghz josaphatmaster *** 10.93.0.98 5ghz rmolen *** 10.93.0.99 5ghz madou *** 10.93.0.100 5ghz chazal *** 10.93.0.101 5ghz okno *** 10.93.0.102 5ghz amalia *** 10.93.0.103 5ghz cheypas5g *** 10.93.0.112 5ghz cheypaspasasage (il a pas respecté la regle ououou) ** 10.93.0.128/27 pointdomlan *** 10.93.0.129 pointdomchan1lan *** 10.93.0.130 pointdomchan11lan ** 10.93.0.160/27 lan amalia *** 10.93.0.161 lan-2.4ghz *** 10.93.0.162 lan-5ghz ** 10.93.0.192/27 rmolen5gtest *** 10.93.0.193 ** 10.93.0.224/28 potagere *** 10.93.0.225 antenne *** 10.93.0.226 sipclient ** 10.93.0.240/28 ministere *** 10.93.0.241 antenne *** 10.93.0.242 sipserver *** 10.93.0.243 sipclient !!!un trou dans les addresse en attendant que le channel1 passe en .252.0/22 ** 10.93.2.0/28 josaphatlan *** 10.93.2.1 josaphat lan5ghz *** 10.93.2.2 josaphat lan2.4ghz ** 10.93.2.16/28 petvV2lan *** 10.93.2.17 lanch1 *** 10.93.2.18 lanch11 ** 10.93.2.32/28 oknomaster *** 10.93.2.33 oknomaster *** 10.93.2.34 madouclient ** 10.93.2.48/28 oknoinfra *** 10.93.2.49 soekris *** 10.93.2.50 minisoekris ** 10.93.2.64/29 brusiServices *** 10.93.2.65 serv *** 10.93.2.69 wrt *** 10.93.2.70 5giga ** 10.93.2.72/29 potagereintermode *** 10.93.2.73 wrtwan *** 10.93.2.74 foneralan mac:00:18:84:27:87:54 ** 10.93.2.80/29 *** 10.93.2.81 wrtrtt11 *** 10.93.2.82 sipserver ** 10.93.2.88/29 *** 10.93.2.89 lan soekrismadou *** 10.93.2.90 wan wrt madou ** 10.93.2.96/28 *** 10.93.2.97 lan wrtMaPoule *** 10.93.2.98 sip device == Liège, Luik == * 10.94.0.0/16: Main Liège Network. [[LgMainNetwork]] ** 10.94.254.0/24: Management network. [[LgManagement]] ** 10.94.253.0/24: Peering network. [[LgPeering]] A découper en /30 ou /28 ** 10.94.1.0/25: Kennedy Node. [[LgKennedy]] ** 10.94.1.128/25: Longdoz Node. [[LgLongdoz]] == wirelessAntwerpen == * 10.98.0.0/16: Main WirelessAntwerpen Network. ** Client omni's, each 2.4 ghz omni has a /24 subnet and .100 to .254 dhcp scope ** 10.98.1.0/24: Schoten ** 10.98.2.0/24: Borgerhout-Oost Omni1 ** 10.98.3.0/24: Deurne-Sportpaleis ** 10.98.4.0/24: Hoboken ** 10.98.5.0/24: Borgerhout-Oost Omni2 ** 10.98.6.0/24: Wilrijk ** 10.98.7.0/24: Antwerpen-Stadspark ** 10.98.8.0/24: Borgerhout-Horizon ** 10.98.9.0/24: Borgerhout-Frostfire ** 10.98.10.0/24: Heist o/d Berg ** 10.98.11.0/24: Diest ** 10.98.12.0/24: Deurne ** 10.98.13.0/24: Borgerhout-Bacchus ** 10.98.14.0/24: Antwerpen-Linker ** 10.98.15.0/24: HOB Services ** 10.98.16.0/24: Berchem ** 10.98.17.0/24: Wilrijk-Permeke ** 10.98.18.0/24: Antwerpen-Stadspark2 ** 10.98.19.0/24: Melsele ** 10.98.20.0/24: Westerlo ** 10.98.21.0/24: Atomium/protocol ** 10.98.22.0/24: Atomium/protocol ** 10.98.23.0/24: Lier ** 10.98.24.0/24: SPL ** 10.98.25.0/24: Berchem2 ** 10.98.26.0/24: Antwerpen-Justitie ** 10.98.27.0/24: Antwerpen / ijzerlaan ** 10.98.28.0/24: Mortsel ** 10.98.29.0/24: Tielt-winge ** 10.98.30.0/24: Schilde ** 10.98.32.0/24: Beerzel ** 10.98.33.0/24: Tongeren (Vreren) ** 10.98.34.0/24: Tongeren2 ** 10.98.35.0/24: Lille ** 10.98.36.0/24: St Truiden ** 10.98.38.0/24: Herentals ** 10.98.39.0/24: Ufsia ** 10.98.41.0/24: Antwerpen-Eilandje ** 10.98.100.0/24: Schoten ** 10.98.101.0/28: Schoten-VPN ** 10.98.150.0/24: Hasselt (rapertingen) ** 10.98.151.0/24: Hasselt-Kanaal ** 10.98.153.0/24: Hasselt (grensland) ** 10.98.152.0/24: Hasselt (grensland) ** 10.98.154.0/24: Hasselt-Ethias * 5 ghz point to point links with 10.98.255.0/30 subnets ** Examples: ** Schoten <=> Oost 10.98.255.9 and 10.98.255.10 ** Oost <=> Berchem 10.98.255.21 and 10.98.255.22 ** Oost <=> Deurne 10.98.255.25 and 10.98.255.26 * Ethernet subnets for local access at a node with 10.98.253.0/28 subnets ** Examples: ** Oost 10.98.253.0/28 ** Lier 10.98.253.16/28 ** Heist o/d Berg 10.98.253.32/28 * Current actif network layout: ** [http://www.wirelessantwerpen.be/WA-netwerk.jpg IP-layout] ** [http://www.wirelessantwerpen.be/linken.gif Network map] ** ** = Outils = === Memo === Les mouhs peuvent utiliser l'outil "ipcalc" qui vient en paquet sur la majorité des distributions linux et qui donne un truc du genre: # ipcalc 10.93.0.1/28 Address: 10.93.0.1 !00001010.01011101.00000000.0000 0001 Netmask: 255.255.255.240 = 28 !11111111.11111111.11111111.1111 0000 Wildcard: 0.0.0.15 !00000000.00000000.00000000.0000 1111 => Network: 10.93.0.0/28 !00001010.01011101.00000000.0000 0000 HostMin: 10.93.0.1 !00001010.01011101.00000000.0000 0001 HostMax: 10.93.0.14 !00001010.01011101.00000000.0000 1110 Broadcast: 10.93.0.15 !00001010.01011101.00000000.0000 1111 Hosts/Net: 14 Class A, Private Internet /28 veut dire que 28 bits de l'adresse IP seront utilisés pour s'addresser au sous-réseau, les 3 bits suivant serviront a s'adresser aux machines (qui ont chacune une adresse IP) et le dernier bit servira de broadcast. Par exemple le sous-réseau 10.93.0.0 peut contenir des adresses IP de 10.93.0.1 a 10.93.0.14, 10.93.0.15 étant le broadcast, le sous-réseau suivant en /28 est 10.93.0.16, qui peut contenir les adresses IP de 10.93.0.17 a 10.93.0.30, .31 est le broadcast et .32 le sous-réseau suivant. 0 1306 1800 1459 2008-12-06T08:46:17Z Dako 4 wikitext text/x-wiki = Base = La base installée est une [http://www.debian.org Debian] Sarge = Packages installés = En plus de l'installation de base de Sarge, les packages suivants sont installés: <br />Pour faciliter la maintenance, on vise une installation '''minimale'''... == Installation typique d'un noeud == * Système ** bzip2 ** (gawk) ** less ** iptraf ** modconf ** nmap ** tcpdump ** traceroute ** ssh * Wifi ** kismet n'est pas installé car les dépendances sont trop nombreuses ( @) il semble que dans Sarge kismet dépende de X) ** iperf ** wavemon ** wireless-tools * NTP ** ntp ** ntp-server ** ntp-simple ** ntpdate * Divers ** links == Besoins particuliers == Les paquets suivants ne sont installés que si nécessaire: * Supervision de processus ** daemontools ** svtools * Audio ** aumix ** cdtool ** sox ** vorbis-tools * Portables Toshiba ** toshset (permet d'activer le ventilateur, etc, ....) = Noyeau = Nous utiliserons un noyeau 2.4.27 qui est actuellement la dernière version stable de la série 2.4. Particularités: * Compilé pour une architecture i386 de manière a tourner su n'importe quel hardware * Patches Debian * Patch Orinoco pour le support du mode moniteur (kismet) * Drivers [http://hostap.epitest.fi/ HostAP] 0.2.4 * Utilisation des drivers PCMCIA du noyeau = AODV = On utilise RC:AodvUu dans sa dernière version: 0.8.1 Le démarrage d'AODV se fait via les scripts ifupdown (voir RC:InstallerAodvUu / Binaires pour Debian) = Streaming = Nous avons donc 3 machines en jeu: * '''Studio''' qui fournit le stream * '''Panik''' ne sert que de passerelle entre le RC:ReseauCitoyen et '''Studio''' * '''Josaphat''' machine client La suite logicielle utilisée est [http://www.icecast.org/ices.php Ices 2] / [http://www.icecast.org IceCast] / [http://www.vorbis.com OggVorbis] = Configuration des Systèmes = == Généralités == Le fichier RC:FichierHostsPointsBleus est utilisé <br />Les requetes DNS sont désactivées dans ''/etc/nsswitch.conf'' afin d'éviter des requètes DNS non désirées. == Studio == === Configuration === Pour réaliser les tests, j'ai configuré une machine en serveur [http://www.icecast.org IceCast]: * [http://www.icecast.org/ices.php Ices 2] lit l'entrée ligne de la carte son, fait le rééchantillonage, l'encodage OGG et fournit l'entrée à [http://www.icecast.org IceCast] * [http://www.icecast.org IceCast 2.0.1] diffuse le stream On utilise aumix pour sélectionner la source et régler le volume. Points importants: * La source à diffuser est celle qui est marquée comme 'R' (Record) dans aumix * La seule façon de régler le volume pour [http://www.icecast.org/ices.php Ices] est le curseur ''IGain''. Les autre curseur n'influencent que la sortie son 'locale'. <br />Le son au départ était trop fort, il a fallu diminuer pour éviter de saturer (curseur ''IGain'' sur 50/60%) L'encodage [http://www.icecast.org/ices.php Ices] prend environ 6% du cpu du serveur (AMD 1GHz), l'impact de [http://www.icecast.org IceCast] est négligeable. <br />Par contre sur un Pentium 133MHz, [http://www.icecast.org/ices.php Ices] utilises 60 à 70% des resources! La machine utilise Panik comme gateway vers le RC:ReseauCitoyen: route add -net 10.0.0.0/8 gw 192.<panik> === Maintenance === Pas de maintenance particulière -- s'assurer que la route vers le RC:ReseauCitoyen est toujours définie. Le plus simple est de l'ajouter dans ''/etc/network/interfaces''; par exemple: auto eth0 iface eth0 inet dhcp up route add -net 10.0.0.0/8 gw 192.<panik> == Panik == === Configuration === La configuration du noeud est assez simple. Le seul point particulier est la configuration de la passerelle vers ''Studio''. <br />Comme on ne peux pas faire ''simplement'' une passerelle avec RC:AodvUu, Panik fait du DNAT pour donner acces au stream: iptables -t nat -I PREROUTING -i wlan0 -s 10.<josaphat> -p tcp --dport 8000 -j DNAT --to 192.<studio>:8000 et Masquerade le sous-réseau privé: iptables -t nat -A POSTROUTING -s 192.168.1.0/24 -o wlan0 -j SNAT --to 10.<panik> La machine est configurée avec une adresse IP fixe du coté filaire (192.168.1.128). <br />Coté wifi, l'adresse est attribuée sur base de la MAC-Address de la carte (10.154.69.107) === Maintenance === Aucune opération nécessaire au boot. Toute la configuration réseau est centralisé dans ''/etc/network/interfaces''. == Josaphat == === Configuration === On utilise le décodeur ogg123 de [http://www.vorbis.com OggVorbis] pour la lecture du stream (voir ci-dessous pour les détails). <br />L'adresse du serveur est celle de ''Panik'' qui relaie vers ''Studio'' ogg123 -v http://10.<Panik>:8000/ReseauCitoyen.ogg Le niveau sonore est ici aussi ajusté via aumix. c'est l'entrée ''PCM'' qu'il faut ici ajuster. Le délais entre l'émission et la réception est d'environ 10 secondes. <br />Même avec un bit rate relativement faible (qualité 0, débit d'environ 35 kbps, en mono) la qualité du son est impecable. Ogg123 utilise environ 5% du CPU de la machine (Pentium 200 MHz) La machine est configurée avec une adresse IP fixe du coté filaire (192.168.1.129) -- Non utilisé. <br />Coté wifi, l'adresse est attribuée sur base de la MAC-Address de la carte (10.8.39.138) === Maintenance === Aucune opération nécessaire au boot. Toute la configuration réseau est centralisé dans ''/etc/network/interfaces''. Pour s'assurer que ogg123 tourne en permanence, il est supervisé par les [http://cr.yp.to/daemontools.html DaemonTools] et est rédémaré en cas de problème. <br />Quelques pointeurs utiles: * La ligne de commande exacte pour démarrer ogg123 se trouve dans le fichier ''/etc/sv/Stream Panik/run''. <br />Pour des raisons pratiques ce script ne contient que l'appel de ''/usr/local/sbin/stream-panik''. Ce dernier devra être adapté: ** en fonction de la fréquence de l'échantillonage de la source [http://www.icecast.org/ices.php Ices2] (initialement configuré pour 22050 Hz); ** si l'adresse de ''Panik'' change * Le service est redémarré tous les jours à 3:30 du matin, de manière à ''rafraichir'' ogg123. Cela est configuré dans le ''cron'', fichier: ''/etc/cron.d/stream-panik'' * Arrêt / Démarrage / Re-demarage: <br />''/etc/init.d/stream-panik {start|stop|restart}'' * Activation / Désactivation (lorsque le service est ''désactivé'', il n'est plus démarré au boot, ni redémarré la nuit. Si on ne se sert pas du streaming, il faut le désactiver sinon il va tenter de le démarrer indéfiniment): <br />''/etc/init.d/stream-panik {enable|disable}'' * Voire les logs: <br />''mltail Stream Panik'' /!\ '''En cas de problème de streaming''': pour le redemarrer il faut: * Soit ''tuer'' le client dans [http://www.icecast.org IceCast], le stream sera redémarré automatiquement * Soit executer la commande suivant sur ''josaphat'': <br />''/etc/init.d/stream-panik restart'' = Problèmes rencontrés et Solutions = == Décalage dans le stream == Après environ 12 heures de streaming, les buffers (Input et Output) de ogg123 se sont retrouvés proches de 0%, avec pour conséquence de légères coupures dans la restransmition. <br />Si le problème se résoud facilement par un re-démarrage de ogg123, cela pose un problème pour une utilisation 24h/24h. '''D'où vient le problème?''' Ce n'est pas un problème de bande passante, la demande su stream est faible. Pour s'en convaincre, on peux réduire la vitesse du lien (`iwconfig rate 2M`) et démarrer un second ogg123 sans affecter la performance. Une interprétation est que Josaphat joue légèrement plus vite que Studio ne produit: en effet, Josaphat ne peut lire plus vite que ce qui est disponible et au fil des heures on voit le buffer d'entée diminuer; lorsque le buffer d'entrée atteint 0, la vitesse de conversion ogg diminue puisque le convertisseur doit attendre des données; on voit alors le buffer de sortie qui n'est plus approvisionné au même rythme qu'il est vidé et il commence lui aussi à se vider. Lorsque les 2 buffers sont vides il n'y a plus rien à diffuser et donc on a des microcoupures dans le son... <br />Une autre interprétation est qu'un décalage est introduit par Studio lors du re-sampling entre l'entrée et la sortie dans [http://www.icecast.org/ices.php Ices2] (48k vers 24K ici). Si la carte son n'est pas '''exactement''' sur 48k, on va générer un décalage. <br />Dans notre cas, la première option est à priviligier -- le décalage étant pratiquement inexistant avec ogg123 tournat sur un autre PC. Pour être complet, cela n'a pas l'air d'être lié à l'horloge du PC: j'ai synchronisé les 2 machines avec [http://www.ntp.org/ NTP] et cela ne change rien. '''Comment y remédier?''' Je présume qu'il est pratiquement impossible d'avoir des systèmes parfaitements synchronisés. On pourrait envisager une amélioration de ogg123 qui dans ce cas de figure ''recharge'' ses buffers plutôt que de continuer à travailler à la limite. Sans toucher au software on peut: * Augmenter la taille des buffers. <br />Cela ne fait que de reporter le problème et augmente légèrement le décalage du stream, mais c'est toujours ça de gagné! * Augmenter le ''pre-buffering'' de manière a mieux utiliser le buffer d'input. <br />''Attention toutefois à ne pas avoir le phénomène inverse au cas où, en changeant de hardware, le lecteur serait plus lent...'' * Redémarrer ogg123 toutes les nuits. <br />Avec une interruption de retransmission de quelques secondes. Ce n'est pas l'idéal mais je ne vois pas d'alternative dans l'immédiat. Concernant la taille des buffers, la lecture des sources nous révèle que: * La taille par défaut buffer d'entrée est de 64k * La taille par défaut buffer de sortie est de 128k * Le ''pre-buffering'' par défaut est de 50% Comme nous ne sommes pas trop limités en mémoire sur Josaphat, j'ai effectué un test avec 256k pour l'entrée, 512k pour la sortie avec un ''pre-buffering'' de 75% (comme le buffer d'entrée remplit en une fois le buffer de sortie, il se vide de 25% pratiquement en une fois et se stabilise aux alentours de 50-55%). <br />Ce test de 24 heures confirme les premières observation: avec le hardware utilisé, le lecteur (Josaphat) lit une seconde plus vite par heure que le serveur de stream (Studio), donc de manière régulière: 12 secondes après 12 heures et 24 en 24 heures. Le buffer d'entrée lui a perdu 30-35% de sa capacité, soit 80-90 kB, ce qui est consistant avec le débit: 24 s à 30 kbps = 90 kB. <br />Donc un buffer d'entrée de 256k rempli à 50% au départ permet sans problème une déviation de +/- une seconde par heure sur 24 heures. <br />La grande taille du buffer de sortie n'apporte rien ici, si ce n'est un décalage excessif entre le direct et la diffusion (47 secondes au départ avec les paramètres ci-dessus). <br />Les parametres recommandés pour ce bit rate sont donc: ogg123 --verbose \ --buffer 256 --prebuffer 60 --audio-buffer 128 \ --device oss \ http://10.51.110.172:8000/ReseauCitoyen.ogg Pour gérer tout cela, pas la peine de réinventer l'eau chaude, on utilise les [http://cr.yp.to/daemontools.html DaemonTools] de [http://cr.yp.to/djb.html D.J. Bernstein]. == Corruption du Stream == Les tests de longue durée ont révélé une corruption du stream -- probablement un bug dans la gestion des buffers de ogg123... Après ''un certain temps'', un bruit parasite (un ''toc'') est introduit dans le stream. Le bruit se répète à intervalle régulier (à chaque ''tour'' dans le buffer). J'ai effectué plusieurs tests, et ce problème est tout a fait reproductible: le stream est ''parfait'' jusqu'à un certain point, et une fois la corruption introduite, elle reste présente at garde le même cycle que la latence du stream (c'est-à-dire de plus en plus fréquent puisque le latence diminue avec la diminution de l'occupation du buffer du au problème précédent. <br />La corruption se produit après environ 12:30 d'écoute (à affiner) Ici aussi, une solution possible serait de redémarrer le stream toutes les 12 heures, mais cela implique une interruption en journée. '''Cause du problème''': Nous avons un streaming à 24 kHz en 16 bits mono (1 canal). Cela nous fait 384 kbps; on atteind donc 2 GB en 12h 25m 39s! <br />La cause est plus que probablement un dépassement d'entier signé sur 32 bits. Reste à trouver où! Quelques observation: * [http://www.xmms.org/ XMMS] n'a pas ce problème -- j'ai ''joué'' plus de 39 heures parfaitement. * Bien que la grande majorité drivers ''OSS'' comptent les bytes joués dans un ''int'' (''count_info.bytes''), cette information n'est disponible que via un ''ioctl'' que ogg123 n'utilise pas * Un output via ''aRts'' au lieu de ''OSS'' en direct génère le même problème * Un output via ''raw | sox'' au lieu de ''OSS'' en direct génère le même problème (!) Nouveau (27-Sep-04): le by-pass du buffer de sortie de ogg123 semble résoudre le problème: ogg123 --verbose \ --buffer 256 --prebuffer 60 --audio-buffer 0 \ --device raw -f - \ http://10.51.110.172:8000/ReseauCitoyen.ogg | sox -t raw -r 24000 -w -s - -t ossdsp -r 48000 /dev/dsp C'est un point important, car cela: * précise où se situe le problème (ce n'est donc pas un problème de pilote OSS ou de décodage ogg) * offre un ''workaround'' Le noeud est maintenant configuré de cette façon. ==test avec mplayer== Playing streams from the internet Many web radio stations make you download a playlist with different ip's and ports if you want to listen to them. MPlayer is perfectly able to play a web station stream, but the playlist is not a stream, nor a media file. If MPlayer doesn't autodetect that it's looking at a playlist and not at a direct stream or media file, you can try using the -playlist option: [rechosen@localhost ~]$ mplayer -playlist <file or url> And if the server has hiccups and causes a lot of buffer underruns (or if you have a bad connection), you can set a bigger cache size: [rechosen@localhost ~]$ mplayer -cache 8192 -playlist <file or url> The cache size is specified in kilobytes; the above will make MPlayer use a cache of 8 mb. Note that MPlayer doesn't fill the whole cache before it starts playing, it only fills about 4 percent (after that it'll try to keep filling the cache during playback). You can alter that percentage with the -cache-min option: [rechosen@localhost ~]$ mplayer -cache 8192 -cache-min 50 -playlist <file or url> You can seek in a cache, but do not expect too much of it =). Looping playback If you want the media file you're playing to loop a certain amount of times (or infinitely), you can specify the -loop option, like this: [rechosen@localhost ~]$ mplayer -loop 3 <somefile> The above command will play <somefile> three times and then exit. [rechosen@localhost ~]$ mplayer -loop 0 <somefile> The above command will repeat playing <somefile> forever, unless it is interrupted (for example by quitting MPlayer with the "q" keyboard shortcut). Infinite playback can be useful if you, for example, want a (promotion) movie to play all day on an exhibition. Altering the playback speed This may not be that useful, but it can be good for a laugh =). You can make MPlayer play a media file at a different speed with the -speed option. The value 1.0 means normal speed, 0.5 means twice as slow, 2.0 means twice as fast and so on. Specify the option like this: [rechosen@localhost ~]$ mplayer -speed 2.0 <somefile> [[Category:Opération Panik]] 1801 1800 2008-12-07T00:15:02Z Dako 4 wikitext text/x-wiki = Base = La base installée est une [http://www.debian.org Debian] Sarge = Packages installés = En plus de l'installation de base de Sarge, les packages suivants sont installés: <br />Pour faciliter la maintenance, on vise une installation '''minimale'''... == Installation typique d'un noeud == * Système ** bzip2 ** (gawk) ** less ** iptraf ** modconf ** nmap ** tcpdump ** traceroute ** ssh * Wifi ** kismet n'est pas installé car les dépendances sont trop nombreuses ( @) il semble que dans Sarge kismet dépende de X) ** iperf ** wavemon ** wireless-tools * NTP ** ntp ** ntp-server ** ntp-simple ** ntpdate * Divers ** links == Besoins particuliers == Les paquets suivants ne sont installés que si nécessaire: * Supervision de processus ** daemontools ** svtools * Audio ** aumix ** cdtool ** sox ** vorbis-tools * Portables Toshiba ** toshset (permet d'activer le ventilateur, etc, ....) = Noyeau = Nous utiliserons un noyeau 2.4.27 qui est actuellement la dernière version stable de la série 2.4. Particularités: * Compilé pour une architecture i386 de manière a tourner su n'importe quel hardware * Patches Debian * Patch Orinoco pour le support du mode moniteur (kismet) * Drivers [http://hostap.epitest.fi/ HostAP] 0.2.4 * Utilisation des drivers PCMCIA du noyeau = AODV = On utilise RC:AodvUu dans sa dernière version: 0.8.1 Le démarrage d'AODV se fait via les scripts ifupdown (voir RC:InstallerAodvUu / Binaires pour Debian) = Streaming = Nous avons donc 3 machines en jeu: * '''Studio''' qui fournit le stream * '''Panik''' ne sert que de passerelle entre le RC:ReseauCitoyen et '''Studio''' * '''Josaphat''' machine client La suite logicielle utilisée est [http://www.icecast.org/ices.php Ices 2] / [http://www.icecast.org IceCast] / [http://www.vorbis.com OggVorbis] = Configuration des Systèmes = == Généralités == Le fichier RC:FichierHostsPointsBleus est utilisé <br />Les requetes DNS sont désactivées dans ''/etc/nsswitch.conf'' afin d'éviter des requètes DNS non désirées. == Studio == === Configuration === Pour réaliser les tests, j'ai configuré une machine en serveur [http://www.icecast.org IceCast]: * [http://www.icecast.org/ices.php Ices 2] lit l'entrée ligne de la carte son, fait le rééchantillonage, l'encodage OGG et fournit l'entrée à [http://www.icecast.org IceCast] * [http://www.icecast.org IceCast 2.0.1] diffuse le stream On utilise aumix pour sélectionner la source et régler le volume. Points importants: * La source à diffuser est celle qui est marquée comme 'R' (Record) dans aumix * La seule façon de régler le volume pour [http://www.icecast.org/ices.php Ices] est le curseur ''IGain''. Les autre curseur n'influencent que la sortie son 'locale'. <br />Le son au départ était trop fort, il a fallu diminuer pour éviter de saturer (curseur ''IGain'' sur 50/60%) L'encodage [http://www.icecast.org/ices.php Ices] prend environ 6% du cpu du serveur (AMD 1GHz), l'impact de [http://www.icecast.org IceCast] est négligeable. <br />Par contre sur un Pentium 133MHz, [http://www.icecast.org/ices.php Ices] utilises 60 à 70% des resources! La machine utilise Panik comme gateway vers le RC:ReseauCitoyen: route add -net 10.0.0.0/8 gw 192.<panik> === Maintenance === Pas de maintenance particulière -- s'assurer que la route vers le RC:ReseauCitoyen est toujours définie. Le plus simple est de l'ajouter dans ''/etc/network/interfaces''; par exemple: auto eth0 iface eth0 inet dhcp up route add -net 10.0.0.0/8 gw 192.<panik> == Panik == === Configuration === La configuration du noeud est assez simple. Le seul point particulier est la configuration de la passerelle vers ''Studio''. <br />Comme on ne peux pas faire ''simplement'' une passerelle avec RC:AodvUu, Panik fait du DNAT pour donner acces au stream: iptables -t nat -I PREROUTING -i wlan0 -s 10.<josaphat> -p tcp --dport 8000 -j DNAT --to 192.<studio>:8000 et Masquerade le sous-réseau privé: iptables -t nat -A POSTROUTING -s 192.168.1.0/24 -o wlan0 -j SNAT --to 10.<panik> La machine est configurée avec une adresse IP fixe du coté filaire (192.168.1.128). <br />Coté wifi, l'adresse est attribuée sur base de la MAC-Address de la carte (10.154.69.107) === Maintenance === Aucune opération nécessaire au boot. Toute la configuration réseau est centralisé dans ''/etc/network/interfaces''. == Josaphat == === Configuration === On utilise le décodeur ogg123 de [http://www.vorbis.com OggVorbis] pour la lecture du stream (voir ci-dessous pour les détails). <br />L'adresse du serveur est celle de ''Panik'' qui relaie vers ''Studio'' ogg123 -v http://10.<Panik>:8000/ReseauCitoyen.ogg Le niveau sonore est ici aussi ajusté via aumix. c'est l'entrée ''PCM'' qu'il faut ici ajuster. Le délais entre l'émission et la réception est d'environ 10 secondes. <br />Même avec un bit rate relativement faible (qualité 0, débit d'environ 35 kbps, en mono) la qualité du son est impecable. Ogg123 utilise environ 5% du CPU de la machine (Pentium 200 MHz) La machine est configurée avec une adresse IP fixe du coté filaire (192.168.1.129) -- Non utilisé. <br />Coté wifi, l'adresse est attribuée sur base de la MAC-Address de la carte (10.8.39.138) === Maintenance === Aucune opération nécessaire au boot. Toute la configuration réseau est centralisé dans ''/etc/network/interfaces''. Pour s'assurer que ogg123 tourne en permanence, il est supervisé par les [http://cr.yp.to/daemontools.html DaemonTools] et est rédémaré en cas de problème. <br />Quelques pointeurs utiles: * La ligne de commande exacte pour démarrer ogg123 se trouve dans le fichier ''/etc/sv/Stream Panik/run''. <br />Pour des raisons pratiques ce script ne contient que l'appel de ''/usr/local/sbin/stream-panik''. Ce dernier devra être adapté: ** en fonction de la fréquence de l'échantillonage de la source [http://www.icecast.org/ices.php Ices2] (initialement configuré pour 22050 Hz); ** si l'adresse de ''Panik'' change * Le service est redémarré tous les jours à 3:30 du matin, de manière à ''rafraichir'' ogg123. Cela est configuré dans le ''cron'', fichier: ''/etc/cron.d/stream-panik'' * Arrêt / Démarrage / Re-demarage: <br />''/etc/init.d/stream-panik {start|stop|restart}'' * Activation / Désactivation (lorsque le service est ''désactivé'', il n'est plus démarré au boot, ni redémarré la nuit. Si on ne se sert pas du streaming, il faut le désactiver sinon il va tenter de le démarrer indéfiniment): <br />''/etc/init.d/stream-panik {enable|disable}'' * Voire les logs: <br />''mltail Stream Panik'' /!\ '''En cas de problème de streaming''': pour le redemarrer il faut: * Soit ''tuer'' le client dans [http://www.icecast.org IceCast], le stream sera redémarré automatiquement * Soit executer la commande suivant sur ''josaphat'': <br />''/etc/init.d/stream-panik restart'' = Problèmes rencontrés et Solutions = == Décalage dans le stream == Après environ 12 heures de streaming, les buffers (Input et Output) de ogg123 se sont retrouvés proches de 0%, avec pour conséquence de légères coupures dans la restransmition. <br />Si le problème se résoud facilement par un re-démarrage de ogg123, cela pose un problème pour une utilisation 24h/24h. '''D'où vient le problème?''' Ce n'est pas un problème de bande passante, la demande su stream est faible. Pour s'en convaincre, on peux réduire la vitesse du lien (`iwconfig rate 2M`) et démarrer un second ogg123 sans affecter la performance. Une interprétation est que Josaphat joue légèrement plus vite que Studio ne produit: en effet, Josaphat ne peut lire plus vite que ce qui est disponible et au fil des heures on voit le buffer d'entée diminuer; lorsque le buffer d'entrée atteint 0, la vitesse de conversion ogg diminue puisque le convertisseur doit attendre des données; on voit alors le buffer de sortie qui n'est plus approvisionné au même rythme qu'il est vidé et il commence lui aussi à se vider. Lorsque les 2 buffers sont vides il n'y a plus rien à diffuser et donc on a des microcoupures dans le son... <br />Une autre interprétation est qu'un décalage est introduit par Studio lors du re-sampling entre l'entrée et la sortie dans [http://www.icecast.org/ices.php Ices2] (48k vers 24K ici). Si la carte son n'est pas '''exactement''' sur 48k, on va générer un décalage. <br />Dans notre cas, la première option est à priviligier -- le décalage étant pratiquement inexistant avec ogg123 tournat sur un autre PC. Pour être complet, cela n'a pas l'air d'être lié à l'horloge du PC: j'ai synchronisé les 2 machines avec [http://www.ntp.org/ NTP] et cela ne change rien. '''Comment y remédier?''' Je présume qu'il est pratiquement impossible d'avoir des systèmes parfaitements synchronisés. On pourrait envisager une amélioration de ogg123 qui dans ce cas de figure ''recharge'' ses buffers plutôt que de continuer à travailler à la limite. Sans toucher au software on peut: * Augmenter la taille des buffers. <br />Cela ne fait que de reporter le problème et augmente légèrement le décalage du stream, mais c'est toujours ça de gagné! * Augmenter le ''pre-buffering'' de manière a mieux utiliser le buffer d'input. <br />''Attention toutefois à ne pas avoir le phénomène inverse au cas où, en changeant de hardware, le lecteur serait plus lent...'' * Redémarrer ogg123 toutes les nuits. <br />Avec une interruption de retransmission de quelques secondes. Ce n'est pas l'idéal mais je ne vois pas d'alternative dans l'immédiat. Concernant la taille des buffers, la lecture des sources nous révèle que: * La taille par défaut buffer d'entrée est de 64k * La taille par défaut buffer de sortie est de 128k * Le ''pre-buffering'' par défaut est de 50% Comme nous ne sommes pas trop limités en mémoire sur Josaphat, j'ai effectué un test avec 256k pour l'entrée, 512k pour la sortie avec un ''pre-buffering'' de 75% (comme le buffer d'entrée remplit en une fois le buffer de sortie, il se vide de 25% pratiquement en une fois et se stabilise aux alentours de 50-55%). <br />Ce test de 24 heures confirme les premières observation: avec le hardware utilisé, le lecteur (Josaphat) lit une seconde plus vite par heure que le serveur de stream (Studio), donc de manière régulière: 12 secondes après 12 heures et 24 en 24 heures. Le buffer d'entrée lui a perdu 30-35% de sa capacité, soit 80-90 kB, ce qui est consistant avec le débit: 24 s à 30 kbps = 90 kB. <br />Donc un buffer d'entrée de 256k rempli à 50% au départ permet sans problème une déviation de +/- une seconde par heure sur 24 heures. <br />La grande taille du buffer de sortie n'apporte rien ici, si ce n'est un décalage excessif entre le direct et la diffusion (47 secondes au départ avec les paramètres ci-dessus). <br />Les parametres recommandés pour ce bit rate sont donc: ogg123 --verbose \ --buffer 256 --prebuffer 60 --audio-buffer 128 \ --device oss \ http://10.51.110.172:8000/ReseauCitoyen.ogg Pour gérer tout cela, pas la peine de réinventer l'eau chaude, on utilise les [http://cr.yp.to/daemontools.html DaemonTools] de [http://cr.yp.to/djb.html D.J. Bernstein]. == Corruption du Stream == Les tests de longue durée ont révélé une corruption du stream -- probablement un bug dans la gestion des buffers de ogg123... Après ''un certain temps'', un bruit parasite (un ''toc'') est introduit dans le stream. Le bruit se répète à intervalle régulier (à chaque ''tour'' dans le buffer). J'ai effectué plusieurs tests, et ce problème est tout a fait reproductible: le stream est ''parfait'' jusqu'à un certain point, et une fois la corruption introduite, elle reste présente at garde le même cycle que la latence du stream (c'est-à-dire de plus en plus fréquent puisque le latence diminue avec la diminution de l'occupation du buffer du au problème précédent. <br />La corruption se produit après environ 12:30 d'écoute (à affiner) Ici aussi, une solution possible serait de redémarrer le stream toutes les 12 heures, mais cela implique une interruption en journée. '''Cause du problème''': Nous avons un streaming à 24 kHz en 16 bits mono (1 canal). Cela nous fait 384 kbps; on atteind donc 2 GB en 12h 25m 39s! <br />La cause est plus que probablement un dépassement d'entier signé sur 32 bits. Reste à trouver où! Quelques observation: * [http://www.xmms.org/ XMMS] n'a pas ce problème -- j'ai ''joué'' plus de 39 heures parfaitement. * Bien que la grande majorité drivers ''OSS'' comptent les bytes joués dans un ''int'' (''count_info.bytes''), cette information n'est disponible que via un ''ioctl'' que ogg123 n'utilise pas * Un output via ''aRts'' au lieu de ''OSS'' en direct génère le même problème * Un output via ''raw | sox'' au lieu de ''OSS'' en direct génère le même problème (!) Nouveau (27-Sep-04): le by-pass du buffer de sortie de ogg123 semble résoudre le problème: ogg123 --verbose \ --buffer 256 --prebuffer 60 --audio-buffer 0 \ --device raw -f - \ http://10.51.110.172:8000/ReseauCitoyen.ogg | sox -t raw -r 24000 -w -s - -t ossdsp -r 48000 /dev/dsp C'est un point important, car cela: * précise où se situe le problème (ce n'est donc pas un problème de pilote OSS ou de décodage ogg) * offre un ''workaround'' Le noeud est maintenant configuré de cette façon. ==test avec mplayer== le 07-12-2008 un stream est lancé entre le brusilia et le serveur de domaine public. une carte son est relié a l'émetteur.et ca marche! mais on a rencontré le même prôbleme avec ogg123 , un test avec mplayer est en route avec la commande suivante while true ; do mplayer -cache 2048 -cache-min 5 http://streaming.domainepublic.net:8000/radiopanik.ogg -loop 0; done [[Category:Opération Panik]] 0 1314 1804 1487 2008-12-30T22:50:20Z Dako 4 wikitext text/x-wiki = A faire = * tester un stream entre panik et josaphat * ... = 2007-01-10 statut actuel = *bakbox avec un debian *mot de passe perdu!! = date 04 - heure - Intervention sur place / distante = Intervenants : .... * Détails de l'intervention * ....... = 10 Février 05 - 13h - Intervention distante = Intervenants : Philippe * Installation de rc-watchdog sur panik/josaphat/joske = 10 Janvier 05 - 21h - Intervention distante = Intervenants : Philippe * Correction du crontab de ''!CheckAodv'' (voir [[Gestion Josaphat]]) = 29 Décembre 04 - 22h00 - Intervention distante = Intervenants : Eric G * Copie de fichier son pour le test du stream ce trouvant dans /root/son = 5 décembre 04 - 18h - Intervention distante = Intervenants : Philippe * Installation du script de monitoring AODV déjà en place sur josaphat = 2 décembre 04 - 17h - Intervention sur place = Intervenants : Ivan * Remise en canal 1 suite à un changement intempestif en canal 6 avec pollution de "bossuet" et" ivan" = 25 Novembre 04 - 14h - Intervention sur place = Intervenants : Mathieu, Ivan * Remplacement de l'antenne omni 9dB par une antenne grid 15 dbB = 16 Novembre 04 - 19h00 - Intervention sur distante = Intervenants : Philippe Monitoring suite à l'interruption de service de lundi 15 au mardi 16 novembre '''Incident''': Panik passe en rouge dans Nagios le 15 Novembre à 16h28 et réapparait le 16 novembre à 16:08 '''Analyse''': on observe les faits suivants: * La machine n'a pas été arretée, le processus aodv n'a pas été redémarré -- le problème s'est donc réglé ''de lui-même'' * Durant toute la durée de l'incident, il n'y avait que une et une seule machine dans les tables de routage AODV: Arnaud (chardons) * Fait intéressant: le noeud chardons était ''rouge'' dans Nagios '''pendant le même laps de temps'''!! Il semble donc que ces 2 machines se sont ''isolées'' du réseau.<br />L'analyse des logs de Josaphat confirme ce point: aucune des 2 machines n'est dans les tables de routage durant l'incident. '''Conclusion''': On ne peut rien conclure de ces observations, seulement émettre des hypothèses... <br />Il faudrait collecter plus d'informations sur les noeuds (info wireless, ...) = 13 novembre 04 - 16h00 - Intervention distante = Intervenant : Philippe * Limitation du lien a 2Mb/s (live + mise-à-jour de ''/etc/network/interface''). * Mise a jour de ''/etc/hosts'' = 23 decembre 08 -10h00 nouvelle installation Intervenant : DavidK et ericG *installation d'une grid 5ghz aligné vers le brusilia. *le stream est maintenant en production * creation de la page [[panik-ng]] [[Category:Gestion RéseauCitoyen]] 0 1366 1805 2008-12-30T22:50:48Z Dako 4 wikitext text/x-wiki =panik-ng= 1806 1805 2008-12-30T23:12:37Z Dako 4 wikitext text/x-wiki ''intro'' * 04 décembre 2008 - le faisceau analogique étant mort radio panik refait appel au service de réseau citoyen ( 4 ans après les derniers tests). * 23 décembre 2008 - un nouveau noeud est installé a panik. = Informations sur le noeud = ==carte mère:== model name : Geode(TM) Integrated Processor by AMD PCS cpu MHz : 498.049 cache size : 128 KB memory : 256M ddr minipci-slot : 2 lan : 2 ==sans-fil:== 00:0c.0 Ethernet controller: Atheros Communications, Inc. AR5212 802.11abg NIC (rev 01) 00:0e.0 Ethernet controller: Atheros Communications, Inc. AR5212 802.11abg NIC (rev 01) ==antenne:== -grid 24db 5ghz -patch 9db 2.4ghz ( a remplacer pae une omni que je n'avais pas sous la main) ==logiciel:== openwrt kamikaze 7.09 olsr 0.5.3-1 iptables 1.3.7-1 le routage vers le brusilia se fait via olsr ( protocole de routage dynamique) le lien vers le serveur de stream du reseau local du studio se fait via iptables et un port forward sur le port 8000 ==debug:== *vérifier la présence du noeud sur le réseau local de panik: ping 192.168.1.104 1807 1806 2008-12-30T23:16:22Z Dako 4 /* debug: */ wikitext text/x-wiki ''intro'' * 04 décembre 2008 - le faisceau analogique étant mort radio panik refait appel au service de réseau citoyen ( 4 ans après les derniers tests). * 23 décembre 2008 - un nouveau noeud est installé a panik. = Informations sur le noeud = ==carte mère:== model name : Geode(TM) Integrated Processor by AMD PCS cpu MHz : 498.049 cache size : 128 KB memory : 256M ddr minipci-slot : 2 lan : 2 ==sans-fil:== 00:0c.0 Ethernet controller: Atheros Communications, Inc. AR5212 802.11abg NIC (rev 01) 00:0e.0 Ethernet controller: Atheros Communications, Inc. AR5212 802.11abg NIC (rev 01) ==antenne:== -grid 24db 5ghz -patch 9db 2.4ghz ( a remplacer pae une omni que je n'avais pas sous la main) ==logiciel:== openwrt kamikaze 7.09 olsr 0.5.3-1 iptables 1.3.7-1 le routage vers le brusilia se fait via olsr ( protocole de routage dynamique) le lien vers le serveur de stream du reseau local du studio se fait via iptables et un port forward sur le port 8000 ==debug:== * Pour vérifier la présence du noeud sur le réseau local de panik effectuez un ping comme dans l'exemple: root@panik5g:~# ping 192.168.1.104 et le resultat devrait ressembler a : 64 bytes from 192.168.1.104: icmp_seq=0 ttl=64 time=0.2 ms 64 bytes from 192.168.1.104: icmp_seq=1 ttl=64 time=0.1 ms =ToDo= 1808 1807 2008-12-30T23:24:19Z Dako 4 /* ToDo */ wikitext text/x-wiki ''intro'' * 04 décembre 2008 - le faisceau analogique étant mort radio panik refait appel au service de réseau citoyen ( 4 ans après les derniers tests). * 23 décembre 2008 - un nouveau noeud est installé a panik. = Informations sur le noeud = ==carte mère:== model name : Geode(TM) Integrated Processor by AMD PCS cpu MHz : 498.049 cache size : 128 KB memory : 256M ddr minipci-slot : 2 lan : 2 ==sans-fil:== 00:0c.0 Ethernet controller: Atheros Communications, Inc. AR5212 802.11abg NIC (rev 01) 00:0e.0 Ethernet controller: Atheros Communications, Inc. AR5212 802.11abg NIC (rev 01) ==antenne:== -grid 24db 5ghz -patch 9db 2.4ghz ( a remplacer pae une omni que je n'avais pas sous la main) ==logiciel:== openwrt kamikaze 7.09 olsr 0.5.3-1 iptables 1.3.7-1 le routage vers le brusilia se fait via olsr ( protocole de routage dynamique) le lien vers le serveur de stream du reseau local du studio se fait via iptables et un port forward sur le port 8000 ==debug:== * Pour vérifier la présence du noeud sur le réseau local de panik effectuez un ping comme dans l'exemple: root@panik5g:~# ping 192.168.1.104 et le resultat devrait ressembler a : 64 bytes from 192.168.1.104: icmp_seq=0 ttl=64 time=0.2 ms 64 bytes from 192.168.1.104: icmp_seq=1 ttl=64 time=0.1 ms =ToDo= ==sécuriser l'alimentation== l'alimentation du noeud est simplement branchée dans le multiprise a coté du switch, 2 jours après la mise en place du noeud la prise avait déjà été enlevée accidentellement. 'solution: brancher la prise dans le côt qui mène au toit.' ==remplacer le cable réseau== le cable qui court sur le toit n'est pas concu pour résister aux UV, pour ne pas devoir le remplacer dans 3 ans il est prévu d' installer une section de cable "CAT6E" ( résistant aux uv ). du noeud a la prise d'alimentation du kot. 1810 1808 2008-12-30T23:56:42Z Dako 4 /* ToDo */ wikitext text/x-wiki ''intro'' * 04 décembre 2008 - le faisceau analogique étant mort radio panik refait appel au service de réseau citoyen ( 4 ans après les derniers tests). * 23 décembre 2008 - un nouveau noeud est installé a panik. = Informations sur le noeud = ==carte mère:== model name : Geode(TM) Integrated Processor by AMD PCS cpu MHz : 498.049 cache size : 128 KB memory : 256M ddr minipci-slot : 2 lan : 2 ==sans-fil:== 00:0c.0 Ethernet controller: Atheros Communications, Inc. AR5212 802.11abg NIC (rev 01) 00:0e.0 Ethernet controller: Atheros Communications, Inc. AR5212 802.11abg NIC (rev 01) ==antenne:== -grid 24db 5ghz -patch 9db 2.4ghz ( a remplacer pae une omni que je n'avais pas sous la main) ==logiciel:== openwrt kamikaze 7.09 olsr 0.5.3-1 iptables 1.3.7-1 le routage vers le brusilia se fait via olsr ( protocole de routage dynamique) le lien vers le serveur de stream du reseau local du studio se fait via iptables et un port forward sur le port 8000 ==debug:== * Pour vérifier la présence du noeud sur le réseau local de panik effectuez un ping comme dans l'exemple: root@panik5g:~# ping 192.168.1.104 et le resultat devrait ressembler a : 64 bytes from 192.168.1.104: icmp_seq=0 ttl=64 time=0.2 ms 64 bytes from 192.168.1.104: icmp_seq=1 ttl=64 time=0.1 ms =ToDo= ==sécuriser l'alimentation== l'alimentation du noeud est simplement branchée dans le multiprise a coté du switch, 2 jours après la mise en place du noeud la prise avait déjà été enlevée accidentellement. 'solution: brancher la prise dans le côt qui mène au toit.' ==remplacer le cable réseau== le cable qui court sur le toit n'est pas concu pour résister aux UV, pour ne pas devoir le remplacer dans 3 ans il est prévu d' installer une section de cable "CAT6E" ( résistant aux uv ). du noeud a la prise d'alimentation du kot. [[Image:Panik-plan.png]] 6 1367 1809 2008-12-30T23:55:02Z Dako 4 wikitext text/x-wiki 0 1 1813 1777 2009-01-06T08:38:14Z Dako 4 wikitext text/x-wiki = About this Wiki = This wiki has been initially setup to support the design and the development of [[Bubble]] version 2. Over time, it became the host of other projects loosely coupled to [http://www.reseaucitoyen.be RéseauCitoyen]. ---- mais ce wiki reste un outil de travail et de documentation active pour quelques fourmi du reeaucitoyen. --Dako ---- = Contents = * [[Bubble]]: a mini Linux distribution designed to run a wireless [http://www.reseaucitoyen.be RéseauCitoyen] node. * [[RC-1000]]: transform an Orinoco RG-1000 into a [http://www.reseaucitoyen.be RéseauCitoyen] node * [[Opération Panik]]: audio streaming for [http://www.reseaucitoyen.be RéseauCitoyen] Testimonial * [[Gestion RéseauCitoyen]]: node logbook * [[Wrt Citoyen]]: some notes about running AODV-UU / OLSR on [http://openwrt.org OpenWrt] * [[Wrt Freinfunk]] comment migrer de openwrt a freifunk facilement. * [[Noeud Bulles]]: this wiki is also the main site of the bulles.bxl.rc [http://www.reseaucitoyen.be RéseauCitoyen] node. * [[Bering-uClibc]]: build a [http://www.reseaucitoyen.be RéseauCitoyen] on top of [[Bering-uClibc]] * [[Test Divers]]: some test and their results * [[RcTools]] * [[Kamikaze]] configurer kamikaze pour un wrap et fonera * [[Asterisk]] pbx iax et autres * [[RcNg]] 1823 1813 2009-04-24T21:54:03Z Dako 4 /* Contents */ wikitext text/x-wiki = About this Wiki = This wiki has been initially setup to support the design and the development of [[Bubble]] version 2. Over time, it became the host of other projects loosely coupled to [http://www.reseaucitoyen.be RéseauCitoyen]. ---- mais ce wiki reste un outil de travail et de documentation active pour quelques fourmi du reeaucitoyen. --Dako ---- = Contents = * [[Bubble]]: a mini Linux distribution designed to run a wireless [http://www.reseaucitoyen.be RéseauCitoyen] node. * [[RC-1000]]: transform an Orinoco RG-1000 into a [http://www.reseaucitoyen.be RéseauCitoyen] node * [[Opération Panik]]: audio streaming for [http://www.reseaucitoyen.be RéseauCitoyen] Testimonial * [[Gestion RéseauCitoyen]]: node logbook * [[Wrt Citoyen]]: some notes about running AODV-UU / OLSR on [http://openwrt.org OpenWrt] * [[Wrt Freinfunk]] comment migrer de openwrt a freifunk facilement. * [[Noeud Bulles]]: this wiki is also the main site of the bulles.bxl.rc [http://www.reseaucitoyen.be RéseauCitoyen] node. * [[Bering-uClibc]]: build a [http://www.reseaucitoyen.be RéseauCitoyen] on top of [[Bering-uClibc]] * [[Test Divers]]: some test and their results * [[RcTools]] * [[Kamikaze]] [[kamikaze-luci]] configurer kamikaze pour un wrap, soekris,fonera,rb433 * [[Asterisk]] pbx iax et autres * [[RcNg]] 0 1350 1814 1803 2009-04-08T11:18:28Z Dako 4 wikitext text/x-wiki ==installer openwrt kamikaze pour x86== =====info-rb433===== voir la page [[kamikaze-rb433]] =====info-soekris===== [reglé] je comprend toujours pas mais la meme image que dans un wrap sur une soekris mais horriblement longtemps a booter [/reglé] ben voila ces quelques modification regle l affaire il suffit d editer /boot/grub/menulist seulement je ne le trouvait pas, c est parce qu il fallait le monter pour l editer. #mkdir /boot #mount /dev/hda1 /boot #vi /boot/boot/grub/menulist et modifez le debut du fichier telquel serial --unit=0 --speed=19200 --word=8 --parity=no --stop=1 terminal serial default 0 timeout 0 pour une soekris avec pcmcia installez : root@OpenWrt:~# ipkg install pcmcia-cs_3.2.8-1_mipsel.ipk Installing pcmcia-cs (3.2.8-1) to root... Configuring pcmcia-cs Done. root@OpenWrt:~# ipkg install kmod-pcmcia-core_2.4.34-brcm-1_mipsel.ipk Installing kmod-pcmcia-core (2.4.34-brcm-1) to root... Configuring kmod-pcmcia-core Done. =====info-alix===== les drivers ethernet ne sont pas pesent dans l'image de base openwrt. il faut donc installer kmod-via-rhine sans carte réseau :) il faut donc soit les copier sur la CF et a l aide d un cable serie les installer soit compiler a l aide du target "alix" present dans la version svn actuelle. afin que les drivers soient déja présent après le flashage. =====info-wrap===== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.09/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 ===configurer=== vous voila loggé, !!avant toute chose n' oubliez pas d'attribuer un mot passe lors de la premiere connection en telnet. root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root =====installer les modules nécessaires====== installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 astuce2 avec atheros et le mode 11a l' option distance est importante. voir [[test athctrl]] exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option agmode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.agmode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== =====Olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } un plugin pratique et decentralisé LoadPlugin "olsrd_nameservice.so.0.3" { PlParam "name" "panikv2" PlParam "hosts-file" "/var/etc/hosts" PlParam "suffix" ".bxl.rc" } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable ====support ipv6==== #ipkg update && ipkg install kmod-ipv6 radvd ip kmod-ip6tables ip6tables ====asterisk==== (pas fini) une version pour la kamikaze actuelle est presente sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ les test sont en cours avec le paquet asterisk-mini ...a suivre (2007-12-14) ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera pour utiliser une autre fonera pour se connecter en port série ( si l'on a pas la puce max323) http://www.jopa.fr/index.php/2008/10/04/acceder-au-port-console-de-la-fonera-depuis-une-autre-fonera/ ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install xinetd tftpd tftp un bon tuto pour faire un serveur tftp se trouve ici http://doc.ubuntu-fr.org/tftpd en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-root.squashfs wget http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-vmlinux.lzma cp openwrt-atheros-2.6-* /tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 (parfois il faut pas specifier le port ) pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> lo -r -b %{FREEMEMLO} openwrt-atheros-2.6-vmlinux.lzma Using default protocol (TFTP) Raw file loaded 0x80040800-0x801007ff, assumed entry at 0x80040800 RedBoot> fi cr -e 0x80041000 -r 0x80041000 vmlinux.bin.l7 ... Erase from 0xa8030000-0xa80f0000: ............ ... Program from 0x80040800-0x80100800 at 0xa8030000: ............ ... Erase from 0xa87e0000-0xa87f0000: . ... Program from 0x80ff0000-0x81000000 at 0xa87e0000: . patientez recalculont la memoire disponible RedBoot> fis free 0xA80F0000 .. 0xA87E0000 un petit calcul pour voir ou on commence l ecriture( avec bc) root@bolivar:~# bc bc 1.06 Copyright 1991-1994, 1997, 1998, 2000 Free Software Foundation, Inc. This is free software with ABSOLUTELY NO WARRANTY. For details type `warranty'. obase=16 ibase=16 A87E0000 -A80F0000 '''6F0000''' ensuite RedBoot> lo -r -b %{FREEMEMLO} openwrt-atheros-2.6-root.squashfs Using default protocol (TFTP) Raw file loaded 0x80040800-0x801607ff, assumed entry at 0x80040800 ici il faut adapter la valeur RedBoot> fi cr -l 0x6F0000 rootfs ... Erase from 0xa80f0000-0xa87e0000: ............................................................................................................... ... Program from 0x80040800-0x80160800 at 0xa80f0000: .................. ... Erase from 0xa87e0000-0xa87f0000: . ... Program from 0x80ff0000-0x81000000 at 0xa87e0000: . finaliser en tapant exec RedBoot> fis load -l vmlinux.bin.l7 RedBoot> exec ====reflasher facilement une fonera avec ap51-flash-fonera==== (sous une architecture 64bit j' ai un probleme avec libpcap) ce merveilleux script qui nous viens tout droit de la communauté freifunk permet de reflasher une fonra ou le '''red boot''' serait deja '''activé.''' il suffit de se procurer ces trois fichiers ( dans le cas d un upgrade kamikaze par le vide ) * ap-51-flash [http://download.berlin.freifunk.net/fonera/ap51-flash-fonera-1.0-38] (la version a l'heure de lécriture de cette doc est 0.38) * kamiaze kernel [http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-vmlinux.lzma] * kamikaze fs [http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-root.squashfs] placer vous dans le dossier ou se trouve les trois fichiers et rendez executable ap51-flash $ chmod +x ap51-flash-fonera-1.0-38 et executez le script avec comme premier argument la carte reseau sur lequel est branché la fonera. '''ATTENTION!!''' il est important d utiliser un cable croisé de plus si votre lecteur dvd utilise redboot il risque d etre affecté :) la commande doit etre lancée avant la mise sous tension de la fonera # ./ap51-flash-fonera-1.0-38 eth2 openwrt-atheros-2.6-root.squashfs openwrt-atheros-2.6-vmlinux.lzma Reading rootfs file openwrt-atheros-2.6-root.squashfs with 1179648 bytes... Reading kernel file openwrt-atheros-2.6-vmlinux.lzma with 786432 bytes... rootfs(0x006e0000) + kernel(0x000c0000) + nvram(0x00000000) sums up to 0x007a000 !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.2 option netmask 255.255.255.0 option gateway 192.168.1.1 option dns 4.2.2.2 config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel 1 option agmode 11b option diversity 0 option txantenna 1 option rxantenna 1 # config wifi-iface option device wifi0 option network wlan option mode adhoc option ssid bombolong option hidden 0 option txpower 16 option encryption none option bssid ca:fe:ca:fe:ca:fe =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } un plugin pratique et decentralisé LoadPlugin "olsrd_nameservice.so.0.3" { PlParam "name" "panikv2" PlParam "hosts-file" "/var/etc/hosts" PlParam "suffix" ".bxl.rc" } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat ==config avancée== ===divers conseils concernant le mode ad-hoc=== ====carte a ne pas utiliser au mode ad-hoc==== *senao *orinoco ''conseil repris du forum openwrt ( par onebit)'' selon onebit, sous le mode ad-hoc. le matériel Broadcom (wrt54g etc...) n' a aucun problème, par contre les cartes atheros (meraki, routerboard + CM9) ont quelques problèmes. ====quelques conseils:==== * compiler kamikaze avec le "rate control" mis a "sample". Editez package/madwifi/Makefile et changez la valeur suivante. RATE_CONTROL:=sample * mettez la valeur de l option diversity a 0 dans /etc/config/wireless (le broadcast arrive dans une antenne) * fixez le bssid sur tout les noeuds (pour arreter la divergence--> impossible avec les senaos) * mettez les valeurs rts et frag a off (dans le "mesh mode" rts doit etre mis mais avec madwifi c est dur...) * fixez le channel (random madwifi segmentation if omitted) ** exemple du fichier /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option diversity 0 option txantenna 1 option rxantenna 1 option agmode 11g config wifi-iface option device wifi0 option mode adhoc option ssid XXX option hidden 0 option encryption wep option key XXXXXXXXXX option bssid AA:BB:CC:DD:EE:FF option txpower 18 #option rts 250 #option frag 256 '''a tester''' * pour le probleme de "ramping" "ath_mgtstart: discard, no xmit buf" #iwpriv ath0 uapsd 0 * pour allèger le problème de ramping (voir http://madwifi.org/ticket/1154) #iwpriv ath0 bintval 1000 * fixez le rate sur l'interface #iwconfig ath0 rate 12M ===mode ap et adhoc sur la meme interface=== afin que mamy puisse servire la communauté tout en surfant de son fauteuil fichiers /etc/config wireless ( le mode ap doit etre en premier ) root@philt:~# cat /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option agmode 11b option diversity 0 option txantenna 1 option rxantenna 1 # config wifi-iface option device wifi0 option network wlan0 option mode ap option ssid bombolongap option hidden 0 option txpower 16 option encryption none # config wifi-iface option device wifi0 option network wlan1 option mode adhoc option ssid bombolong option hidden 0 option txpower 16 option encryption none option bssid ca:fe:ca:fe:ca:fe fichier /etc/config/network root@philt:~# cat /etc/config/network # Copyright (C) 2006 OpenWrt.org config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config interface lan option ifname eth0 option proto static option ipaddr 192.168.0.137 option netmask 255.255.255.0 option gateway 192.168.0.133 option dns 4.2.2.2 # config interface wlan0 option ifname ath0 option proto static option ipaddr 169.254.93.1 option netmask 255.255.255.240 # config interface wlan1 option ifname ath1 option proto static option ipaddr 10.93.1.45 option netmask 255.255.255.0 modifiez le fichier de config olsr avec l interface ath1 dans ce cas ci et offrons un peu de dhcp au m$ de mamy en éditant le fichier: --dako 2007-12-14 1821 1814 2009-04-22T13:26:31Z Dako 4 /* info-alix */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== =====info-rb433===== voir la page [[kamikaze-rb433]] =====info-soekris===== [reglé] je comprend toujours pas mais la meme image que dans un wrap sur une soekris mais horriblement longtemps a booter [/reglé] ben voila ces quelques modification regle l affaire il suffit d editer /boot/grub/menulist seulement je ne le trouvait pas, c est parce qu il fallait le monter pour l editer. #mkdir /boot #mount /dev/hda1 /boot #vi /boot/boot/grub/menulist et modifez le debut du fichier telquel serial --unit=0 --speed=19200 --word=8 --parity=no --stop=1 terminal serial default 0 timeout 0 pour une soekris avec pcmcia installez : root@OpenWrt:~# ipkg install pcmcia-cs_3.2.8-1_mipsel.ipk Installing pcmcia-cs (3.2.8-1) to root... Configuring pcmcia-cs Done. root@OpenWrt:~# ipkg install kmod-pcmcia-core_2.4.34-brcm-1_mipsel.ipk Installing kmod-pcmcia-core (2.4.34-brcm-1) to root... Configuring kmod-pcmcia-core Done. =====info-alix===== les drivers ethernet ne sont pas présent dans l'image de base openwrt. il faut donc installer kmod-via-rhine sans carte réseau :) il faut donc soit les copier sur la CompactFlash et à l'aide d'un cable série les installer soit compiler à l'aide du target "alix" présent dans la version svn actuelle. afin que les drivers soient déja présent dans l'image. =====info-wrap===== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.09/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 ===configurer=== vous voila loggé, !!avant toute chose n' oubliez pas d'attribuer un mot passe lors de la premiere connection en telnet. root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root =====installer les modules nécessaires====== installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 astuce2 avec atheros et le mode 11a l' option distance est importante. voir [[test athctrl]] exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option agmode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.agmode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== =====Olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } un plugin pratique et decentralisé LoadPlugin "olsrd_nameservice.so.0.3" { PlParam "name" "panikv2" PlParam "hosts-file" "/var/etc/hosts" PlParam "suffix" ".bxl.rc" } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable ====support ipv6==== #ipkg update && ipkg install kmod-ipv6 radvd ip kmod-ip6tables ip6tables ====asterisk==== (pas fini) une version pour la kamikaze actuelle est presente sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ les test sont en cours avec le paquet asterisk-mini ...a suivre (2007-12-14) ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera pour utiliser une autre fonera pour se connecter en port série ( si l'on a pas la puce max323) http://www.jopa.fr/index.php/2008/10/04/acceder-au-port-console-de-la-fonera-depuis-une-autre-fonera/ ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install xinetd tftpd tftp un bon tuto pour faire un serveur tftp se trouve ici http://doc.ubuntu-fr.org/tftpd en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-root.squashfs wget http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-vmlinux.lzma cp openwrt-atheros-2.6-* /tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 (parfois il faut pas specifier le port ) pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> lo -r -b %{FREEMEMLO} openwrt-atheros-2.6-vmlinux.lzma Using default protocol (TFTP) Raw file loaded 0x80040800-0x801007ff, assumed entry at 0x80040800 RedBoot> fi cr -e 0x80041000 -r 0x80041000 vmlinux.bin.l7 ... Erase from 0xa8030000-0xa80f0000: ............ ... Program from 0x80040800-0x80100800 at 0xa8030000: ............ ... Erase from 0xa87e0000-0xa87f0000: . ... Program from 0x80ff0000-0x81000000 at 0xa87e0000: . patientez recalculont la memoire disponible RedBoot> fis free 0xA80F0000 .. 0xA87E0000 un petit calcul pour voir ou on commence l ecriture( avec bc) root@bolivar:~# bc bc 1.06 Copyright 1991-1994, 1997, 1998, 2000 Free Software Foundation, Inc. This is free software with ABSOLUTELY NO WARRANTY. For details type `warranty'. obase=16 ibase=16 A87E0000 -A80F0000 '''6F0000''' ensuite RedBoot> lo -r -b %{FREEMEMLO} openwrt-atheros-2.6-root.squashfs Using default protocol (TFTP) Raw file loaded 0x80040800-0x801607ff, assumed entry at 0x80040800 ici il faut adapter la valeur RedBoot> fi cr -l 0x6F0000 rootfs ... Erase from 0xa80f0000-0xa87e0000: ............................................................................................................... ... Program from 0x80040800-0x80160800 at 0xa80f0000: .................. ... Erase from 0xa87e0000-0xa87f0000: . ... Program from 0x80ff0000-0x81000000 at 0xa87e0000: . finaliser en tapant exec RedBoot> fis load -l vmlinux.bin.l7 RedBoot> exec ====reflasher facilement une fonera avec ap51-flash-fonera==== (sous une architecture 64bit j' ai un probleme avec libpcap) ce merveilleux script qui nous viens tout droit de la communauté freifunk permet de reflasher une fonra ou le '''red boot''' serait deja '''activé.''' il suffit de se procurer ces trois fichiers ( dans le cas d un upgrade kamikaze par le vide ) * ap-51-flash [http://download.berlin.freifunk.net/fonera/ap51-flash-fonera-1.0-38] (la version a l'heure de lécriture de cette doc est 0.38) * kamiaze kernel [http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-vmlinux.lzma] * kamikaze fs [http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-root.squashfs] placer vous dans le dossier ou se trouve les trois fichiers et rendez executable ap51-flash $ chmod +x ap51-flash-fonera-1.0-38 et executez le script avec comme premier argument la carte reseau sur lequel est branché la fonera. '''ATTENTION!!''' il est important d utiliser un cable croisé de plus si votre lecteur dvd utilise redboot il risque d etre affecté :) la commande doit etre lancée avant la mise sous tension de la fonera # ./ap51-flash-fonera-1.0-38 eth2 openwrt-atheros-2.6-root.squashfs openwrt-atheros-2.6-vmlinux.lzma Reading rootfs file openwrt-atheros-2.6-root.squashfs with 1179648 bytes... Reading kernel file openwrt-atheros-2.6-vmlinux.lzma with 786432 bytes... rootfs(0x006e0000) + kernel(0x000c0000) + nvram(0x00000000) sums up to 0x007a000 !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.2 option netmask 255.255.255.0 option gateway 192.168.1.1 option dns 4.2.2.2 config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel 1 option agmode 11b option diversity 0 option txantenna 1 option rxantenna 1 # config wifi-iface option device wifi0 option network wlan option mode adhoc option ssid bombolong option hidden 0 option txpower 16 option encryption none option bssid ca:fe:ca:fe:ca:fe =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } un plugin pratique et decentralisé LoadPlugin "olsrd_nameservice.so.0.3" { PlParam "name" "panikv2" PlParam "hosts-file" "/var/etc/hosts" PlParam "suffix" ".bxl.rc" } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat ==config avancée== ===divers conseils concernant le mode ad-hoc=== ====carte a ne pas utiliser au mode ad-hoc==== *senao *orinoco ''conseil repris du forum openwrt ( par onebit)'' selon onebit, sous le mode ad-hoc. le matériel Broadcom (wrt54g etc...) n' a aucun problème, par contre les cartes atheros (meraki, routerboard + CM9) ont quelques problèmes. ====quelques conseils:==== * compiler kamikaze avec le "rate control" mis a "sample". Editez package/madwifi/Makefile et changez la valeur suivante. RATE_CONTROL:=sample * mettez la valeur de l option diversity a 0 dans /etc/config/wireless (le broadcast arrive dans une antenne) * fixez le bssid sur tout les noeuds (pour arreter la divergence--> impossible avec les senaos) * mettez les valeurs rts et frag a off (dans le "mesh mode" rts doit etre mis mais avec madwifi c est dur...) * fixez le channel (random madwifi segmentation if omitted) ** exemple du fichier /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option diversity 0 option txantenna 1 option rxantenna 1 option agmode 11g config wifi-iface option device wifi0 option mode adhoc option ssid XXX option hidden 0 option encryption wep option key XXXXXXXXXX option bssid AA:BB:CC:DD:EE:FF option txpower 18 #option rts 250 #option frag 256 '''a tester''' * pour le probleme de "ramping" "ath_mgtstart: discard, no xmit buf" #iwpriv ath0 uapsd 0 * pour allèger le problème de ramping (voir http://madwifi.org/ticket/1154) #iwpriv ath0 bintval 1000 * fixez le rate sur l'interface #iwconfig ath0 rate 12M ===mode ap et adhoc sur la meme interface=== afin que mamy puisse servire la communauté tout en surfant de son fauteuil fichiers /etc/config wireless ( le mode ap doit etre en premier ) root@philt:~# cat /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option agmode 11b option diversity 0 option txantenna 1 option rxantenna 1 # config wifi-iface option device wifi0 option network wlan0 option mode ap option ssid bombolongap option hidden 0 option txpower 16 option encryption none # config wifi-iface option device wifi0 option network wlan1 option mode adhoc option ssid bombolong option hidden 0 option txpower 16 option encryption none option bssid ca:fe:ca:fe:ca:fe fichier /etc/config/network root@philt:~# cat /etc/config/network # Copyright (C) 2006 OpenWrt.org config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config interface lan option ifname eth0 option proto static option ipaddr 192.168.0.137 option netmask 255.255.255.0 option gateway 192.168.0.133 option dns 4.2.2.2 # config interface wlan0 option ifname ath0 option proto static option ipaddr 169.254.93.1 option netmask 255.255.255.240 # config interface wlan1 option ifname ath1 option proto static option ipaddr 10.93.1.45 option netmask 255.255.255.0 modifiez le fichier de config olsr avec l interface ath1 dans ce cas ci et offrons un peu de dhcp au m$ de mamy en éditant le fichier: --dako 2007-12-14 1822 1821 2009-04-22T13:34:45Z Dako 4 /* info-alix */ wikitext text/x-wiki ==installer openwrt kamikaze pour x86== =====info-rb433===== voir la page [[kamikaze-rb433]] =====info-soekris===== [reglé] je comprend toujours pas mais la meme image que dans un wrap sur une soekris mais horriblement longtemps a booter [/reglé] ben voila ces quelques modification regle l affaire il suffit d editer /boot/grub/menulist seulement je ne le trouvait pas, c est parce qu il fallait le monter pour l editer. #mkdir /boot #mount /dev/hda1 /boot #vi /boot/boot/grub/menulist et modifez le debut du fichier telquel serial --unit=0 --speed=19200 --word=8 --parity=no --stop=1 terminal serial default 0 timeout 0 pour une soekris avec pcmcia installez : root@OpenWrt:~# ipkg install pcmcia-cs_3.2.8-1_mipsel.ipk Installing pcmcia-cs (3.2.8-1) to root... Configuring pcmcia-cs Done. root@OpenWrt:~# ipkg install kmod-pcmcia-core_2.4.34-brcm-1_mipsel.ipk Installing kmod-pcmcia-core (2.4.34-brcm-1) to root... Configuring kmod-pcmcia-core Done. =====info-alix===== les drivers ethernet ne sont pas présent dans l'image de base openwrt. il faut donc installer kmod-via-rhine sans carte réseau :) téléchargez les là: [http://downloads.openwrt.org/kamikaze/8.09/x86/packages/kmod-via-rhine_2.6.25.17-x86-1_i386.ipk] ( pour kamikaze 8.09) il faut ensuite copier le .ipk sur la CompactFlash et à l'aide d'un cable série les installer #ipkg kmod-via-rhine_2.6.25.17-x86-1_i386.ipk soit compiler à l'aide du target "alix" présent dans la version svn actuelle. afin que les drivers soient déja présent dans l'image. =====info-wrap===== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.09/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 ===configurer=== vous voila loggé, !!avant toute chose n' oubliez pas d'attribuer un mot passe lors de la premiere connection en telnet. root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root =====installer les modules nécessaires====== installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 astuce2 avec atheros et le mode 11a l' option distance est importante. voir [[test athctrl]] exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option agmode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.agmode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== =====Olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } un plugin pratique et decentralisé LoadPlugin "olsrd_nameservice.so.0.3" { PlParam "name" "panikv2" PlParam "hosts-file" "/var/etc/hosts" PlParam "suffix" ".bxl.rc" } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable ====support ipv6==== #ipkg update && ipkg install kmod-ipv6 radvd ip kmod-ip6tables ip6tables ====asterisk==== (pas fini) une version pour la kamikaze actuelle est presente sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ les test sont en cours avec le paquet asterisk-mini ...a suivre (2007-12-14) ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera pour utiliser une autre fonera pour se connecter en port série ( si l'on a pas la puce max323) http://www.jopa.fr/index.php/2008/10/04/acceder-au-port-console-de-la-fonera-depuis-une-autre-fonera/ ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install xinetd tftpd tftp un bon tuto pour faire un serveur tftp se trouve ici http://doc.ubuntu-fr.org/tftpd en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-root.squashfs wget http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-vmlinux.lzma cp openwrt-atheros-2.6-* /tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 (parfois il faut pas specifier le port ) pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> lo -r -b %{FREEMEMLO} openwrt-atheros-2.6-vmlinux.lzma Using default protocol (TFTP) Raw file loaded 0x80040800-0x801007ff, assumed entry at 0x80040800 RedBoot> fi cr -e 0x80041000 -r 0x80041000 vmlinux.bin.l7 ... Erase from 0xa8030000-0xa80f0000: ............ ... Program from 0x80040800-0x80100800 at 0xa8030000: ............ ... Erase from 0xa87e0000-0xa87f0000: . ... Program from 0x80ff0000-0x81000000 at 0xa87e0000: . patientez recalculont la memoire disponible RedBoot> fis free 0xA80F0000 .. 0xA87E0000 un petit calcul pour voir ou on commence l ecriture( avec bc) root@bolivar:~# bc bc 1.06 Copyright 1991-1994, 1997, 1998, 2000 Free Software Foundation, Inc. This is free software with ABSOLUTELY NO WARRANTY. For details type `warranty'. obase=16 ibase=16 A87E0000 -A80F0000 '''6F0000''' ensuite RedBoot> lo -r -b %{FREEMEMLO} openwrt-atheros-2.6-root.squashfs Using default protocol (TFTP) Raw file loaded 0x80040800-0x801607ff, assumed entry at 0x80040800 ici il faut adapter la valeur RedBoot> fi cr -l 0x6F0000 rootfs ... Erase from 0xa80f0000-0xa87e0000: ............................................................................................................... ... Program from 0x80040800-0x80160800 at 0xa80f0000: .................. ... Erase from 0xa87e0000-0xa87f0000: . ... Program from 0x80ff0000-0x81000000 at 0xa87e0000: . finaliser en tapant exec RedBoot> fis load -l vmlinux.bin.l7 RedBoot> exec ====reflasher facilement une fonera avec ap51-flash-fonera==== (sous une architecture 64bit j' ai un probleme avec libpcap) ce merveilleux script qui nous viens tout droit de la communauté freifunk permet de reflasher une fonra ou le '''red boot''' serait deja '''activé.''' il suffit de se procurer ces trois fichiers ( dans le cas d un upgrade kamikaze par le vide ) * ap-51-flash [http://download.berlin.freifunk.net/fonera/ap51-flash-fonera-1.0-38] (la version a l'heure de lécriture de cette doc est 0.38) * kamiaze kernel [http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-vmlinux.lzma] * kamikaze fs [http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-root.squashfs] placer vous dans le dossier ou se trouve les trois fichiers et rendez executable ap51-flash $ chmod +x ap51-flash-fonera-1.0-38 et executez le script avec comme premier argument la carte reseau sur lequel est branché la fonera. '''ATTENTION!!''' il est important d utiliser un cable croisé de plus si votre lecteur dvd utilise redboot il risque d etre affecté :) la commande doit etre lancée avant la mise sous tension de la fonera # ./ap51-flash-fonera-1.0-38 eth2 openwrt-atheros-2.6-root.squashfs openwrt-atheros-2.6-vmlinux.lzma Reading rootfs file openwrt-atheros-2.6-root.squashfs with 1179648 bytes... Reading kernel file openwrt-atheros-2.6-vmlinux.lzma with 786432 bytes... rootfs(0x006e0000) + kernel(0x000c0000) + nvram(0x00000000) sums up to 0x007a000 !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.2 option netmask 255.255.255.0 option gateway 192.168.1.1 option dns 4.2.2.2 config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel 1 option agmode 11b option diversity 0 option txantenna 1 option rxantenna 1 # config wifi-iface option device wifi0 option network wlan option mode adhoc option ssid bombolong option hidden 0 option txpower 16 option encryption none option bssid ca:fe:ca:fe:ca:fe =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } un plugin pratique et decentralisé LoadPlugin "olsrd_nameservice.so.0.3" { PlParam "name" "panikv2" PlParam "hosts-file" "/var/etc/hosts" PlParam "suffix" ".bxl.rc" } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat ==config avancée== ===divers conseils concernant le mode ad-hoc=== ====carte a ne pas utiliser au mode ad-hoc==== *senao *orinoco ''conseil repris du forum openwrt ( par onebit)'' selon onebit, sous le mode ad-hoc. le matériel Broadcom (wrt54g etc...) n' a aucun problème, par contre les cartes atheros (meraki, routerboard + CM9) ont quelques problèmes. ====quelques conseils:==== * compiler kamikaze avec le "rate control" mis a "sample". Editez package/madwifi/Makefile et changez la valeur suivante. RATE_CONTROL:=sample * mettez la valeur de l option diversity a 0 dans /etc/config/wireless (le broadcast arrive dans une antenne) * fixez le bssid sur tout les noeuds (pour arreter la divergence--> impossible avec les senaos) * mettez les valeurs rts et frag a off (dans le "mesh mode" rts doit etre mis mais avec madwifi c est dur...) * fixez le channel (random madwifi segmentation if omitted) ** exemple du fichier /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option diversity 0 option txantenna 1 option rxantenna 1 option agmode 11g config wifi-iface option device wifi0 option mode adhoc option ssid XXX option hidden 0 option encryption wep option key XXXXXXXXXX option bssid AA:BB:CC:DD:EE:FF option txpower 18 #option rts 250 #option frag 256 '''a tester''' * pour le probleme de "ramping" "ath_mgtstart: discard, no xmit buf" #iwpriv ath0 uapsd 0 * pour allèger le problème de ramping (voir http://madwifi.org/ticket/1154) #iwpriv ath0 bintval 1000 * fixez le rate sur l'interface #iwconfig ath0 rate 12M ===mode ap et adhoc sur la meme interface=== afin que mamy puisse servire la communauté tout en surfant de son fauteuil fichiers /etc/config wireless ( le mode ap doit etre en premier ) root@philt:~# cat /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option agmode 11b option diversity 0 option txantenna 1 option rxantenna 1 # config wifi-iface option device wifi0 option network wlan0 option mode ap option ssid bombolongap option hidden 0 option txpower 16 option encryption none # config wifi-iface option device wifi0 option network wlan1 option mode adhoc option ssid bombolong option hidden 0 option txpower 16 option encryption none option bssid ca:fe:ca:fe:ca:fe fichier /etc/config/network root@philt:~# cat /etc/config/network # Copyright (C) 2006 OpenWrt.org config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config interface lan option ifname eth0 option proto static option ipaddr 192.168.0.137 option netmask 255.255.255.0 option gateway 192.168.0.133 option dns 4.2.2.2 # config interface wlan0 option ifname ath0 option proto static option ipaddr 169.254.93.1 option netmask 255.255.255.240 # config interface wlan1 option ifname ath1 option proto static option ipaddr 10.93.1.45 option netmask 255.255.255.0 modifiez le fichier de config olsr avec l interface ath1 dans ce cas ci et offrons un peu de dhcp au m$ de mamy en éditant le fichier: --dako 2007-12-14 1828 1822 2009-10-24T02:01:44Z Dako 4 wikitext text/x-wiki !!Une version plus a jour se trouve maintenant à cette page: http://reseaucitoyen.org/ !! ==installer openwrt kamikaze pour x86== =====info-rb433===== voir la page [[kamikaze-rb433]] =====info-soekris===== [reglé] je comprend toujours pas mais la meme image que dans un wrap sur une soekris mais horriblement longtemps a booter [/reglé] ben voila ces quelques modification regle l affaire il suffit d editer /boot/grub/menulist seulement je ne le trouvait pas, c est parce qu il fallait le monter pour l editer. #mkdir /boot #mount /dev/hda1 /boot #vi /boot/boot/grub/menulist et modifez le debut du fichier telquel serial --unit=0 --speed=19200 --word=8 --parity=no --stop=1 terminal serial default 0 timeout 0 pour une soekris avec pcmcia installez : root@OpenWrt:~# ipkg install pcmcia-cs_3.2.8-1_mipsel.ipk Installing pcmcia-cs (3.2.8-1) to root... Configuring pcmcia-cs Done. root@OpenWrt:~# ipkg install kmod-pcmcia-core_2.4.34-brcm-1_mipsel.ipk Installing kmod-pcmcia-core (2.4.34-brcm-1) to root... Configuring kmod-pcmcia-core Done. =====info-alix===== les drivers ethernet ne sont pas présent dans l'image de base openwrt. il faut donc installer kmod-via-rhine sans carte réseau :) téléchargez les là: [http://downloads.openwrt.org/kamikaze/8.09/x86/packages/kmod-via-rhine_2.6.25.17-x86-1_i386.ipk] ( pour kamikaze 8.09) il faut ensuite copier le .ipk sur la CompactFlash et à l'aide d'un cable série les installer #ipkg kmod-via-rhine_2.6.25.17-x86-1_i386.ipk soit compiler à l'aide du target "alix" présent dans la version svn actuelle. afin que les drivers soient déja présent dans l'image. =====info-wrap===== (un wrap dans ce cas-ci) telecharger une image recente soit la stable de openwrt: wget http://downloads.openwrt.org/kamikaze/7.09/x86-2.6/openwrt-x86-2.6-ext2.image inserer votre compact flash (vérifier que le ne s' est pas montée au démarrage ( #mout )) ensuite ecrivons l image avec dd #dd if=openwrt-x86-2.6-ext2.image of=/dev/sdx une fois terminer il est temps d inserer la carte pour un premier boot pour y acceder la premiere fois c est en telnet (il faut bien sur avoir prealablement configurer une interface en 192.168.1.[tout sauf 192.168.1.1] #telnet 192.168.1.1 ===configurer=== vous voila loggé, !!avant toute chose n' oubliez pas d'attribuer un mot passe lors de la premiere connection en telnet. root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root =====installer les modules nécessaires====== installer les modules madwifi #ipkg update && ipkg install kmod-madwifi ====network==== les fichiers de config se trouvent dans /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config "interface" "lan" option ifname 'eth0' option proto 'static' option ipaddr '192.168.0.16' option netmask '255.255.255.0' option gateway '192.168.0.134' option dns '4.2.2.2' # # config "interface" "lan1" option ifname 'eth1' option proto 'static' option ipaddr '10.93.0.65' option netmask '255.255.255.224' # #### Wireless configuration config interface wireless option ifname ath0 option proto static option ipaddr 10.93.0.98 option netmask 255.255.255.224 on peut également les manipuler avec la commande uci root@rmolen5g:~# uci show network network.loopback=interface network.loopback.ifname=lo network.loopback.proto=static network.loopback.ipaddr=127.0.0.1 network.loopback.netmask=255.0.0.0 network.lan=interface network.lan.ifname=eth0 network.lan.proto=static network.lan.ipaddr=192.168.0.16 network.lan.netmask=255.255.255.0 network.lan.gateway=192.168.0.134 network.lan.dns=4.2.2.2 network.lan1=interface network.lan1.ifname=eth1 network.lan1.proto=static network.lan1.ipaddr=10.93.0.65 network.lan1.netmask=255.255.255.224 network.wireless=interface network.wireless.ifname=ath0 network.wireless.proto=static network.wireless.ipaddr=10.93.0.98 network.wireless.netmask=255.255.255.224 ====wireless==== configurer le wireless avec une atheros astuce 5ghz rajouter le country code dans le fichiers /etc/modules.d/50-madwifi ... ath_pci countrycode=56 astuce2 avec atheros et le mode 11a l' option distance est importante. voir [[test athctrl]] exemple de fichiers de config ( qui se trouve dans /etc/config/wireless) config wifi-device wifi0 option type atheros option country 56 option channel 140 option disabled 0 option distance 3000 option agmode 11a option diversity 0 option txantenna 1 option rxantenna 1 config wifi-iface option device wifi0 option mode sta option ssid josaphatmaster et vu par uci root@rmolen5g:~# uci show wireless wireless.wifi0=wifi-device wireless.wifi0.type=atheros wireless.wifi0.country=56 wireless.wifi0.channel=140 wireless.wifi0.disabled=0 wireless.wifi0.distance=3000 wireless.wifi0.agmode=11a wireless.wifi0.diversity=0 wireless.wifi0.txantenna=1 wireless.wifi0.rxantenna=1 wireless.cfg2=wifi-iface wireless.cfg2.device=wifi0 wireless.cfg2.mode=sta wireless.cfg2.ssid=josaphatmaster avec une mini-pci type prism ... ====firewall==== en attendant de meilleure commande uci les configurtations se font dans /etc/firewall.user j ai choisi de faire un fichiers plus adapté sans bridge et autre iptables -F input_rule iptables -F output_rule iptables -F forwarding_rule iptables -t nat -F prerouting_rule iptables -t nat -F postrouting_rule # ###asterisk iptables -A INPUT -p udp --dport 4569 -j ACCEPT #iptables -A INPUT -p tcp --dport 4569 -j ACCEPT iptables -A INPUT -p udp --dport 5060 -j ACCEPT iptables -A INPUT -p tcp --dport 5060 -j ACCEPT # #olsr iptables -A INPUT -p udp --dport 698 -j ACCEPT ===application=== =====Olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } un plugin pratique et decentralisé LoadPlugin "olsrd_nameservice.so.0.3" { PlParam "name" "panikv2" PlParam "hosts-file" "/var/etc/hosts" PlParam "suffix" ".bxl.rc" } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable ====support ipv6==== #ipkg update && ipkg install kmod-ipv6 radvd ip kmod-ip6tables ip6tables ====asterisk==== (pas fini) une version pour la kamikaze actuelle est presente sur http://downloads.x-wrt.org/xwrt/kamikaze/snapshots/x86-2.6/packages/ les test sont en cours avec le paquet asterisk-mini ...a suivre (2007-12-14) ==installer openwrt kamikaze pour fonera== je ne détaile pas ici la procédure d activation du redboot de nombreux sites en parle en voici un pour se connecter en port serie. http://www.francofon.fr/modules/mediawiki/index.php/Les_entrailles_de_la_Fonera pour utiliser une autre fonera pour se connecter en port série ( si l'on a pas la puce max323) http://www.jopa.fr/index.php/2008/10/04/acceder-au-port-console-de-la-fonera-depuis-une-autre-fonera/ ===flasher la fonera avec kamikaze=== ====mettre en place le serveur tftp==== #apt-get install xinetd tftpd tftp un bon tuto pour faire un serveur tftp se trouve ici http://doc.ubuntu-fr.org/tftpd en suite copier les derniere images stable d openwrt dans le repertoire par default du serveur tftp wget http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-root.squashfs wget http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-vmlinux.lzma cp openwrt-atheros-2.6-* /tftpboot/ ====se connecter en redboot==== telnet 192.168.1.254 9000 (parfois il faut pas specifier le port ) pour vous connecter en reboot vous dix petite seconde a partir du moment ou la led 'network' s allume au démarrage pour faire 'CTRL+c' dans la console (redboot). ====configurer le redboot pour le serveur tftp==== RedBoot> ip_addr -l 192.168.1.10/24 -h 192.168.1.166 *-l specifie l adresse de la fonera (attention si vous changez l adresse vous perdez la fonera apres avoir appuyé sur 'entrée' *-h specifi le serveur tftp RedBoot> fis init About to initialize [format] FLASH image system - continue (y/n)? y vous répondez yes RedBoot> lo -r -b %{FREEMEMLO} openwrt-atheros-2.6-vmlinux.lzma Using default protocol (TFTP) Raw file loaded 0x80040800-0x801007ff, assumed entry at 0x80040800 RedBoot> fi cr -e 0x80041000 -r 0x80041000 vmlinux.bin.l7 ... Erase from 0xa8030000-0xa80f0000: ............ ... Program from 0x80040800-0x80100800 at 0xa8030000: ............ ... Erase from 0xa87e0000-0xa87f0000: . ... Program from 0x80ff0000-0x81000000 at 0xa87e0000: . patientez recalculont la memoire disponible RedBoot> fis free 0xA80F0000 .. 0xA87E0000 un petit calcul pour voir ou on commence l ecriture( avec bc) root@bolivar:~# bc bc 1.06 Copyright 1991-1994, 1997, 1998, 2000 Free Software Foundation, Inc. This is free software with ABSOLUTELY NO WARRANTY. For details type `warranty'. obase=16 ibase=16 A87E0000 -A80F0000 '''6F0000''' ensuite RedBoot> lo -r -b %{FREEMEMLO} openwrt-atheros-2.6-root.squashfs Using default protocol (TFTP) Raw file loaded 0x80040800-0x801607ff, assumed entry at 0x80040800 ici il faut adapter la valeur RedBoot> fi cr -l 0x6F0000 rootfs ... Erase from 0xa80f0000-0xa87e0000: ............................................................................................................... ... Program from 0x80040800-0x80160800 at 0xa80f0000: .................. ... Erase from 0xa87e0000-0xa87f0000: . ... Program from 0x80ff0000-0x81000000 at 0xa87e0000: . finaliser en tapant exec RedBoot> fis load -l vmlinux.bin.l7 RedBoot> exec ====reflasher facilement une fonera avec ap51-flash-fonera==== (sous une architecture 64bit j' ai un probleme avec libpcap) ce merveilleux script qui nous viens tout droit de la communauté freifunk permet de reflasher une fonra ou le '''red boot''' serait deja '''activé.''' il suffit de se procurer ces trois fichiers ( dans le cas d un upgrade kamikaze par le vide ) * ap-51-flash [http://download.berlin.freifunk.net/fonera/ap51-flash-fonera-1.0-38] (la version a l'heure de lécriture de cette doc est 0.38) * kamiaze kernel [http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-vmlinux.lzma] * kamikaze fs [http://downloads.openwrt.org/kamikaze/7.09/atheros-2.6/openwrt-atheros-2.6-root.squashfs] placer vous dans le dossier ou se trouve les trois fichiers et rendez executable ap51-flash $ chmod +x ap51-flash-fonera-1.0-38 et executez le script avec comme premier argument la carte reseau sur lequel est branché la fonera. '''ATTENTION!!''' il est important d utiliser un cable croisé de plus si votre lecteur dvd utilise redboot il risque d etre affecté :) la commande doit etre lancée avant la mise sous tension de la fonera # ./ap51-flash-fonera-1.0-38 eth2 openwrt-atheros-2.6-root.squashfs openwrt-atheros-2.6-vmlinux.lzma Reading rootfs file openwrt-atheros-2.6-root.squashfs with 1179648 bytes... Reading kernel file openwrt-atheros-2.6-vmlinux.lzma with 786432 bytes... rootfs(0x006e0000) + kernel(0x000c0000) + nvram(0x00000000) sums up to 0x007a000 !!! attention cela dure aussi plus de dix minute ===configurer openwrt kamikaze pour fonera=== votre fonera est maintenant flashée avec une image openwrt kamikaze nous allons la configurer attribuer vous un adresse dans le range 192.168.1.255 par exemple 192.168.1.2 ( vous pouvez tout utiliser entre 192.168.1.2 et 192.168.1.254 le 192.168.1.1 étant le wrt ) pour facilement se rajouter une interface virtuelle qui servira a se conecter a la fonera sans changer votre adresse sous linux executez cette commande ( en supposant que votre interface réseau se nomme eth0 ) #ifconfig eth0:0 192.168.1.136 vous pouvez ensuite vous connecter en telnet avec la commande suivante, #telnet 192.168.1.1 vous voici connecté a la fonera Trying 192.168.1.1... Connected to 192.168.1.1. Escape character is '^]'. === IMPORTANT ============================ Use 'passwd' to set your login password this will disable telnet and enable SSH ------------------------------------------ BusyBox v1.4.2 (2007-06-01 15:38:56 CEST) Built-in shell (ash) Enter 'help' for a list of built-in commands. # _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M KAMIKAZE (7.06) ----------------------------------- * 10 oz Vodka Shake well with ice and strain * 10 oz Triple sec mixture into 10 shot glasses. * 10 oz lime juice Salute! --------------------------------------------------- ====configurer la fonera==== commencons par changer le mot de passe alcs. ( alcs = avec la commande suivante ;) root@OpenWrt:/# passwd Changing password for root New password: Bad password: too weak Retype password: Password for root changed by root et aussi changer le hostname sers a mieux econnaitre la machine sur la quelle on travaille uci show system uci set system.cfg1.hostname=bombofon46 uci commit =====network===== Dans la version kamikaze de openwrt les fichiers de configuration se trouve dans le dossier /etc/config/ /etc/config/network config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 config interface lan option ifname eth0 option proto static option ipaddr 192.168.1.2 option netmask 255.255.255.0 option gateway 192.168.1.1 option dns 4.2.2.2 config interface wlan option ifname ath0 option proto static option ipaddr 10.93.1.52 option netmask 255.255.255.0 =====wireless===== ensuite configurons les interfaces dans la version kamikaze de openwrt les configuration se trouve dans le dossier /etc/config/ voici un fichiers d exemple adapté a reseaucitoyen config wifi-device wifi0 option type atheros option channel 1 option agmode 11b option diversity 0 option txantenna 1 option rxantenna 1 # config wifi-iface option device wifi0 option network wlan option mode adhoc option ssid bombolong option hidden 0 option txpower 16 option encryption none option bssid ca:fe:ca:fe:ca:fe =====installer olsr===== ipkg update ipkg install olsrd olsrd-mod-bmf olsrd-mod-dot-draw olsrd-mod-dyn-gw olsrd-mod-httpinfo olsrd-mod-nameservice /etc/olsrd.conf DebugLevel 0 AllowNoInt yes ClearScreen yes UseHysteresis no IpVersion 4 MprCoverage 7 TcRedundancy 2 LinkQualityFishEye 1 LinkQualityDijkstraLimit 0 9.0 LinkQualityLevel 2 LinkQualityWinSize 100 # # Interface "ath0" { } un plugin pratique et decentralisé LoadPlugin "olsrd_nameservice.so.0.3" { PlParam "name" "panikv2" PlParam "hosts-file" "/var/etc/hosts" PlParam "suffix" ".bxl.rc" } une fois le fichier configuré vous pouvez activer olsr au demarage avec la commande suivante #/etc/init.d/olsrd enable =====nat===== pour avoir facile on desactive les regles de firewall de openwrt (adapté au bridge ) #chmod -x /etc/init.d/firewall créons un fichier pour mettre les ( la ) nouvelle règle #vi /etc/init.d/rcnat et ajoutez cette ligne iptables -t nat -A POSTROUTING -o ath0 -j MASQUERADE rendez le executable #chmod +x /etc/init.d/rcnat ensuite creez un lien symbolique dans /etc/rc.d/ #ln -s /etc/init.d/rcnat /etc/rc.d/S45rcnat ==config avancée== ===divers conseils concernant le mode ad-hoc=== ====carte a ne pas utiliser au mode ad-hoc==== *senao *orinoco ''conseil repris du forum openwrt ( par onebit)'' selon onebit, sous le mode ad-hoc. le matériel Broadcom (wrt54g etc...) n' a aucun problème, par contre les cartes atheros (meraki, routerboard + CM9) ont quelques problèmes. ====quelques conseils:==== * compiler kamikaze avec le "rate control" mis a "sample". Editez package/madwifi/Makefile et changez la valeur suivante. RATE_CONTROL:=sample * mettez la valeur de l option diversity a 0 dans /etc/config/wireless (le broadcast arrive dans une antenne) * fixez le bssid sur tout les noeuds (pour arreter la divergence--> impossible avec les senaos) * mettez les valeurs rts et frag a off (dans le "mesh mode" rts doit etre mis mais avec madwifi c est dur...) * fixez le channel (random madwifi segmentation if omitted) ** exemple du fichier /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option diversity 0 option txantenna 1 option rxantenna 1 option agmode 11g config wifi-iface option device wifi0 option mode adhoc option ssid XXX option hidden 0 option encryption wep option key XXXXXXXXXX option bssid AA:BB:CC:DD:EE:FF option txpower 18 #option rts 250 #option frag 256 '''a tester''' * pour le probleme de "ramping" "ath_mgtstart: discard, no xmit buf" #iwpriv ath0 uapsd 0 * pour allèger le problème de ramping (voir http://madwifi.org/ticket/1154) #iwpriv ath0 bintval 1000 * fixez le rate sur l'interface #iwconfig ath0 rate 12M ===mode ap et adhoc sur la meme interface=== afin que mamy puisse servire la communauté tout en surfant de son fauteuil fichiers /etc/config wireless ( le mode ap doit etre en premier ) root@philt:~# cat /etc/config/wireless config wifi-device wifi0 option type atheros option channel 1 option agmode 11b option diversity 0 option txantenna 1 option rxantenna 1 # config wifi-iface option device wifi0 option network wlan0 option mode ap option ssid bombolongap option hidden 0 option txpower 16 option encryption none # config wifi-iface option device wifi0 option network wlan1 option mode adhoc option ssid bombolong option hidden 0 option txpower 16 option encryption none option bssid ca:fe:ca:fe:ca:fe fichier /etc/config/network root@philt:~# cat /etc/config/network # Copyright (C) 2006 OpenWrt.org config interface loopback option ifname lo option proto static option ipaddr 127.0.0.1 option netmask 255.0.0.0 # config interface lan option ifname eth0 option proto static option ipaddr 192.168.0.137 option netmask 255.255.255.0 option gateway 192.168.0.133 option dns 4.2.2.2 # config interface wlan0 option ifname ath0 option proto static option ipaddr 169.254.93.1 option netmask 255.255.255.240 # config interface wlan1 option ifname ath1 option proto static option ipaddr 10.93.1.45 option netmask 255.255.255.0 modifiez le fichier de config olsr avec l interface ath1 dans ce cas ci et offrons un peu de dhcp au m$ de mamy en éditant le fichier: --dako 2007-12-14 0 1368 1815 2009-04-08T11:20:03Z Dako 4 wikitext text/x-wiki =====installer openwrt kamikaze sur une routerboard rb-433===== 1816 1815 2009-04-08T11:32:54Z Dako 4 /* installer openwrt kamikaze sur une routerboard rb-433 */ wikitext text/x-wiki ==installer openwrt kamikaze sur une routerboard rb-433== ===compiler=== ====compiler l'image "ramdisk"==== il vous faut pour cela récuperer la version de developpement d'openwrt svn co svn://svn.openwrt.org/openwrt/trunk/ ensuite rendez vous dans le répertoire pour acceder au menu de comilation $cd trunk $make menuconfig changez le target system a "Atheros AR71xx" et changez le target image a "ramdisk" vous pous pouvez sortir du menu en sauvant les changements. ensuite comiler l' image en faisant $make ====compiler l'image tgz ==== vous pouvez déja lancer la compilation de l'image d'installation il suffit de retourner dans les menu et de changer la valeur image target en ".tgz" si vous voulez compiler des paquets supplémentaires lancez la commande : $make/package symlinks ensuite réeditez le menu de compilation a l'aide de la commande $make menuconfig et selectionnez les paquets qui vous interessent (genre olsr, ...) $make (pour compiler) ===charger openwrt en tftp=== ===installer openwrt sur la NAND=== ===configurer=== 1817 1816 2009-04-08T11:40:04Z Dako 4 wikitext text/x-wiki ==installer openwrt kamikaze sur une routerboard rb-433== ===compiler=== ====compiler l'image "ramdisk"==== il vous faut pour cela récuperer la version de developpement d'openwrt svn co svn://svn.openwrt.org/openwrt/trunk/ ensuite rendez vous dans le répertoire pour acceder au menu de comilation $cd trunk $make menuconfig changez le target system a "Atheros AR71xx" et changez le target image a "ramdisk" vous pous pouvez sortir du menu en sauvant les changements. ensuite comiler l' image en faisant $make ====compiler l'image tgz ==== vous pouvez déja lancer la compilation de l'image d'installation il suffit de retourner dans les menu et de changer la valeur image target en ".tgz" si vous voulez compiler des paquets supplémentaires lancez la commande : $make/package symlinks ensuite réeditez le menu de compilation a l'aide de la commande $make menuconfig et selectionnez les paquets qui vous interessent (genre olsr, ...) $make (pour compiler) ===charger openwrt en tftp=== il nous faut maintenant charger la version "ramdisk" d openwrt sur notre rb433. pour se faire nous configurons notre serveur dhcp pour qu'il donne les bonnes directives a la rb433 #mikrotik routerboar host routerboard0 { hardware ethernet 00:0c:42:07:d9:a9; #mac adresse de la rb433 (noté sur la rb433) next-server 192.168.0.150; fixed-address 192.168.0.118; option routers 192.168.0.150; filename "rb433.netboot"; #nom de l image sur le serveur tftp } et déposer l'image "ramdisk" se trouvant dans le dossier bin après une première compilation sous le nom de "openwrt-ar71xx-vmlinux-initramfs.elf" en la renommant en "rb433.netboot" $cp bin/openwrt-ar71xx-vmlinux-initramfs.elf /tftpboot/rb433.netboot ===installer openwrt sur la NAND=== ===configurer=== 1818 1817 2009-04-08T11:48:50Z Dako 4 /* installer openwrt sur la NAND */ wikitext text/x-wiki ==installer openwrt kamikaze sur une routerboard rb-433== ===compiler=== ====compiler l'image "ramdisk"==== il vous faut pour cela récuperer la version de developpement d'openwrt svn co svn://svn.openwrt.org/openwrt/trunk/ ensuite rendez vous dans le répertoire pour acceder au menu de comilation $cd trunk $make menuconfig changez le target system a "Atheros AR71xx" et changez le target image a "ramdisk" vous pous pouvez sortir du menu en sauvant les changements. ensuite comiler l' image en faisant $make ====compiler l'image tgz ==== vous pouvez déja lancer la compilation de l'image d'installation il suffit de retourner dans les menu et de changer la valeur image target en ".tgz" si vous voulez compiler des paquets supplémentaires lancez la commande : $make/package symlinks ensuite réeditez le menu de compilation a l'aide de la commande $make menuconfig et selectionnez les paquets qui vous interessent (genre olsr, ...) $make (pour compiler) ===charger openwrt en tftp=== il nous faut maintenant charger la version "ramdisk" d openwrt sur notre rb433. pour se faire nous configurons notre serveur dhcp pour qu'il donne les bonnes directives a la rb433 #mikrotik routerboar host routerboard0 { hardware ethernet 00:0c:42:07:d9:a9; #mac adresse de la rb433 (noté sur la rb433) next-server 192.168.0.150; fixed-address 192.168.0.118; option routers 192.168.0.150; filename "rb433.netboot"; #nom de l image sur le serveur tftp } et déposer l'image "ramdisk" se trouvant dans le dossier bin après une première compilation sous le nom de "openwrt-ar71xx-vmlinux-initramfs.elf" en la renommant en "rb433.netboot" $cp bin/openwrt-ar71xx-vmlinux-initramfs.elf /tftpboot/rb433.netboot ===installer openwrt sur la NAND=== pour rendre disponible les fichiers d'installation permanante copiez les a la racine d'un serveur http $cp bin/bin/openwrt-ar71xx-vmlinux.elf /var/www $cp bin/openwrt-ar71xx-rootfs.tgz /var/www redémarez la rb et rentrez dans le menu du bios pressez la touche "e" afin d'effacer la mémoire nand. ensuite démarrer a nouveau sur votre version ramdisk une fois openwrt boooté vous pouvez flasher $wget2nand http://adresseduserveurhttp l'image s'installe... vous pouvez rebooter sans oublier de changer les parmètres au boot pour qu il boot sur la NAND et plus sur le réseau ===configurer=== 1819 1818 2009-04-09T00:23:03Z Dako 4 /* installer openwrt kamikaze sur une routerboard rb-433 */ wikitext text/x-wiki ==installer openwrt kamikaze sur une routerboard rb-433== tableau comparatif des versions utilisée: trunk 8.09 ok ipv6compile pas ===compiler=== ====compiler l'image "ramdisk"==== il vous faut pour cela récuperer la version de developpement d'openwrt svn co svn://svn.openwrt.org/openwrt/trunk/ ensuite rendez vous dans le répertoire pour acceder au menu de comilation $cd trunk $make menuconfig changez le target system a "Atheros AR71xx" et changez le target image a "ramdisk" vous pous pouvez sortir du menu en sauvant les changements. ensuite comiler l' image en faisant $make ====compiler l'image tgz ==== vous pouvez déja lancer la compilation de l'image d'installation il suffit de retourner dans les menu et de changer la valeur image target en ".tgz" si vous voulez compiler des paquets supplémentaires lancez la commande : $make/package symlinks ensuite réeditez le menu de compilation a l'aide de la commande $make menuconfig et selectionnez les paquets qui vous interessent (genre olsr, ...) $make (pour compiler) ===charger openwrt en tftp=== il nous faut maintenant charger la version "ramdisk" d openwrt sur notre rb433. pour se faire nous configurons notre serveur dhcp pour qu'il donne les bonnes directives a la rb433 #mikrotik routerboar host routerboard0 { hardware ethernet 00:0c:42:07:d9:a9; #mac adresse de la rb433 (noté sur la rb433) next-server 192.168.0.150; fixed-address 192.168.0.118; option routers 192.168.0.150; filename "rb433.netboot"; #nom de l image sur le serveur tftp } et déposer l'image "ramdisk" se trouvant dans le dossier bin après une première compilation sous le nom de "openwrt-ar71xx-vmlinux-initramfs.elf" en la renommant en "rb433.netboot" $cp bin/openwrt-ar71xx-vmlinux-initramfs.elf /tftpboot/rb433.netboot ===installer openwrt sur la NAND=== pour rendre disponible les fichiers d'installation permanante copiez les a la racine d'un serveur http $cp bin/bin/openwrt-ar71xx-vmlinux.elf /var/www $cp bin/openwrt-ar71xx-rootfs.tgz /var/www redémarez la rb et rentrez dans le menu du bios pressez la touche "e" afin d'effacer la mémoire nand. ensuite démarrer a nouveau sur votre version ramdisk une fois openwrt boooté vous pouvez flasher $wget2nand http://adresseduserveurhttp l'image s'installe... vous pouvez rebooter sans oublier de changer les parmètres au boot pour qu il boot sur la NAND et plus sur le réseau ===configurer=== 1820 1819 2009-04-09T01:05:59Z Dako 4 /* installer openwrt kamikaze sur une routerboard rb-433 */ wikitext text/x-wiki ==installer openwrt kamikaze sur une routerboard rb-433== tableau comparatif des versions utilisée: trunk 8.09 ok ok ipv6compile pas ok ===compiler=== ====compiler l'image "ramdisk"==== il vous faut pour cela récuperer la version de developpement d'openwrt svn co svn://svn.openwrt.org/openwrt/trunk/ ensuite rendez vous dans le répertoire pour acceder au menu de comilation $cd trunk $make menuconfig changez le target system a "Atheros AR71xx" et changez le target image a "ramdisk" vous pous pouvez sortir du menu en sauvant les changements. ensuite comiler l' image en faisant $make ====compiler l'image tgz ==== vous pouvez déja lancer la compilation de l'image d'installation il suffit de retourner dans les menu et de changer la valeur image target en ".tgz" si vous voulez compiler des paquets supplémentaires lancez la commande : $make/package symlinks ensuite réeditez le menu de compilation a l'aide de la commande $make menuconfig et selectionnez les paquets qui vous interessent (genre olsr, ...) $make (pour compiler) ===charger openwrt en tftp=== il nous faut maintenant charger la version "ramdisk" d openwrt sur notre rb433. pour se faire nous configurons notre serveur dhcp pour qu'il donne les bonnes directives a la rb433 #mikrotik routerboar host routerboard0 { hardware ethernet 00:0c:42:07:d9:a9; #mac adresse de la rb433 (noté sur la rb433) next-server 192.168.0.150; fixed-address 192.168.0.118; option routers 192.168.0.150; filename "rb433.netboot"; #nom de l image sur le serveur tftp } et déposer l'image "ramdisk" se trouvant dans le dossier bin après une première compilation sous le nom de "openwrt-ar71xx-vmlinux-initramfs.elf" en la renommant en "rb433.netboot" $cp bin/openwrt-ar71xx-vmlinux-initramfs.elf /tftpboot/rb433.netboot ===installer openwrt sur la NAND=== pour rendre disponible les fichiers d'installation permanante copiez les a la racine d'un serveur http $cp bin/bin/openwrt-ar71xx-vmlinux.elf /var/www $cp bin/openwrt-ar71xx-rootfs.tgz /var/www redémarez la rb et rentrez dans le menu du bios pressez la touche "e" afin d'effacer la mémoire nand. ensuite démarrer a nouveau sur votre version ramdisk une fois openwrt boooté vous pouvez flasher $wget2nand http://adresseduserveurhttp l'image s'installe... vous pouvez rebooter sans oublier de changer les parmètres au boot pour qu il boot sur la NAND et plus sur le réseau ===configurer=== 1827 1820 2009-10-24T02:01:05Z Dako 4 wikitext text/x-wiki !!Une version plus a jour se trouve maintenant à cette page: http://reseaucitoyen.org/ !! ==installer openwrt kamikaze sur une routerboard rb-433== ===compiler=== ====compiler l'image "ramdisk"==== il vous faut pour cela récuperer la version de developpement d'openwrt svn co svn://svn.openwrt.org/openwrt/trunk/ ensuite rendez vous dans le répertoire pour acceder au menu de comilation $cd trunk $make menuconfig changez le target system a "Atheros AR71xx" et changez le target image a "ramdisk" vous pous pouvez sortir du menu en sauvant les changements. ensuite comiler l' image en faisant $make ====compiler l'image tgz ==== vous pouvez déja lancer la compilation de l'image d'installation il suffit de retourner dans les menu et de changer la valeur image target en ".tgz" si vous voulez compiler des paquets supplémentaires lancez la commande : $make/package symlinks ensuite réeditez le menu de compilation a l'aide de la commande $make menuconfig et selectionnez les paquets qui vous interessent (genre olsr, ...) $make (pour compiler) ===charger openwrt en tftp=== il nous faut maintenant charger la version "ramdisk" d openwrt sur notre rb433. pour se faire nous configurons notre serveur dhcp pour qu'il donne les bonnes directives a la rb433 #mikrotik routerboar host routerboard0 { hardware ethernet 00:0c:42:07:d9:a9; #mac adresse de la rb433 (noté sur la rb433) next-server 192.168.0.150; fixed-address 192.168.0.118; option routers 192.168.0.150; filename "rb433.netboot"; #nom de l image sur le serveur tftp } et déposer l'image "ramdisk" se trouvant dans le dossier bin après une première compilation sous le nom de "openwrt-ar71xx-vmlinux-initramfs.elf" en la renommant en "rb433.netboot" $cp bin/openwrt-ar71xx-vmlinux-initramfs.elf /tftpboot/rb433.netboot ===installer openwrt sur la NAND=== pour rendre disponible les fichiers d'installation permanante copiez les a la racine d'un serveur http $cp bin/bin/openwrt-ar71xx-vmlinux.elf /var/www $cp bin/openwrt-ar71xx-rootfs.tgz /var/www redémarez la rb et rentrez dans le menu du bios pressez la touche "e" afin d'effacer la mémoire nand. ensuite démarrer a nouveau sur votre version ramdisk une fois openwrt boooté vous pouvez flasher $wget2nand http://adresseduserveurhttp l'image s'installe... vous pouvez rebooter sans oublier de changer les parmètres au boot pour qu il boot sur la NAND et plus sur le réseau ===configurer=== 0 1369 1824 2009-04-24T22:00:11Z Dako 4 wikitext text/x-wiki télécharger l'image wget http://downloads.openwrt.org/kamikaze/8.09/x86/openwrt-x86-ext2.image insérez une compactflash et flashez le firmware dd if=openwrt-x86-ext2.image of=/dev/sda mountez la parttion 2 mount /dev/sda2 /tmp récupérez le driver réseau cd /tmp/www/ wget http://downloads.openwrt.org/kamikaze/8.09/x86/packages/kmod-via-rhine_2.6.25.17-x86-1_i386.ipk démontez et insèrez la carte dans le wrap 1825 1824 2009-04-24T22:09:28Z Dako 4 wikitext text/x-wiki télécharger l'image wget http://downloads.openwrt.org/kamikaze/8.09/x86/openwrt-x86-ext2.image insérez une compactflash et flashez le firmware dd if=openwrt-x86-ext2.image of=/dev/sda mountez la parttion 2 mount /dev/sda2 /tmp récupérez le driver réseau cd /tmp/www/ wget http://downloads.openwrt.org/kamikaze/8.09/x86/packages/kmod-via-rhine_2.6.25.17-x86-1_i386.ipk démontez et insèrez la carte dans le wrap branchez votre cable série et lancez minicom installer les drivers reseaux opkg install kmod-via-rhine_2.6.25.17-x86-1_i386.ipk 1826 1825 2009-04-26T20:20:26Z Dako 4 wikitext text/x-wiki télécharger l'image wget http://downloads.openwrt.org/kamikaze/8.09/x86/openwrt-x86-ext2.image insérez une compactflash et flashez le firmware dd if=openwrt-x86-ext2.image of=/dev/sda mountez la parttion 2 mount /dev/sda2 /tmp récupérez le driver réseau cd /tmp/www/ wget http://downloads.openwrt.org/kamikaze/8.09/x86/packages/kmod-via-rhine_2.6.25.17-x86-1_i386.ipk démontez et insèrez la carte dans le wrap branchez votre cable série et lancez minicom installer les drivers reseaux opkg install kmod-via-rhine_2.6.25.17-x86-1_i386.ipk rebootez reboot vous pouvez uiliser l'interface http pour configurer le reste http://ipdunoeud paquet a installer opkg update && opkg install kmod-madwifi luci-admin-full luci-app-olsr un petit reboot pour qu il charge les interfaces atheros